mhurhangee/ep-ind-claims huggingface dataset:
A method for a first evolved-Node B, eNB, operating for a dual connectivity system with a second eNB in a wireless communication system, the method comprising: transmitting, by the first eNB to the second eNB, uplink, UL, resource allocation information for a user equipment, UE, connected with both the first eNB and the second eNB; receiving, by the first eNB, information on a first amount of data available for transmission in a Packet Data Convergence Protocol, PDCP, entity and an amount of data available for transmission in a Radio Link Control, RLC, entity for the first eNB from the UE; and allocating, by the first eNB, one or more UL resources to the UE by considering the information on the first amount of data available for transmission in the PDCP entity and the amount of data available for transmission in the RLC entity for the first eNB and the UL resource allocation information, wherein the first amount of data available for transmission in the PDCP entity and a second amount of data available for transmission in the PDCP entity for the second eNB are determined based on the UL resource allocation information, characterised in that the UL resource allocation information indicates a ratio of buffer size to be considered in each eNB. transmitting, by the first eNB to the second eNB, uplink, UL, resource allocation information for a user equipment, UE, connected with both the first eNB and the second eNB; receiving, by the first eNB, information on a first amount of data available for transmission in a Packet Data Convergence Protocol, PDCP, entity and an amount of data available for transmission in a Radio Link Control, RLC, entity for the first eNB from the UE; and allocating, by the first eNB, one or more UL resources to the UE by considering the information on the first amount of data available for transmission in the PDCP entity and the amount of data available for transmission in the RLC entity for the first eNB and the UL resource allocation information, wherein the first amount of data available for transmission in the PDCP entity and a second amount of data available for transmission in the PDCP entity for the second eNB are determined based on the UL resource allocation information, characterised in that the UL resource allocation information indicates a ratio of buffer size to be considered in each eNB.
A system for actuating and controlling at least one moveable cowl of a turbojet engine nacelle, comprising at least one electric-control locking means of said cowl, at least one electro-mechanical actuator intended for driving said cowl and also comprising a centralized electronic controlling unit including at least one first driving outlet capable of transmitting driving orders to the electro-mechanical actuator, and at least one second driving outlet capable of transmitting controls to the electric-control locking means in order to drive the opening and closing according to a predetermined actuating sequence.
A debonding detecting method of detecting debonding of an adhering portion at which an adhering object adheres to a surface of an adherend formed in a plate-like shape, wherein an optical fiber sensor is provided at a position apart from an edge of the adhering object on the surface of the adherend so as to be adjacent to the adhering object, the optical fiber sensor being provided such that a longitudinal direction of the optical fiber sensor is along a direction in which the adhering object extends, and reference strain data of a strain measured by the optical fiber sensor is prepared in advance when a load is applied to the adherend in the longitudinal direction of the optical fiber sensor in a reference state in which debonding of the adhering portion does not occur, the debonding detecting method comprising the steps of: applying a load to the adherend in the longitudinal direction of the optical fiber sensor; measuring a strain of the adherend by the optical fiber sensor; and determining presence or absence of debonding based on comparison result obtained by comparing measured strain data measured in the measuring and the reference strain data. applying a load to the adherend in the longitudinal direction of the optical fiber sensor; measuring a strain of the adherend by the optical fiber sensor; and determining presence or absence of debonding based on comparison result obtained by comparing measured strain data measured in the measuring and the reference strain data.
A method for controlling a system for detecting and tracking a target, the system comprising at least one unmanned autonomous moving object provided with at least one camera (20A, 20B) capable of acquiring an image of the target, the method including the steps of: - providing at least one parameter, each parameter relating to one among the system, the target and the environment of the system, - selecting an algorithm among a plurality of algorithms for detecting and tracking a target as a function of said at least one provided parameter in order to obtain a selected algorithm, - implementing the selected algorithm in order to obtain a first control law of said at least one camera (20A, 20B) and a second control law of said at least one autonomous moving object, and - controlling said at least one camera (20A, 20B) and said at least one moving object as a function of the first control law and the second control law, a desired orientation for the moving object being provided and a wanted orientation of said at least one camera (20A, 20B) being provided, the second control law of said at least one obtained moving object taking account of the difference between the wanted orientation of said at least one camera (20A, 20B) and the desired orientation, characterized in that the second control law corresponds to the result of a filtering of the difference between the wanted orientation of said at least one camera (20A, 20B) and the desired orientation of the moving object, a Kalman filter being used during the filtering. - providing at least one parameter, each parameter relating to one among the system, the target and the environment of the system, - selecting an algorithm among a plurality of algorithms for detecting and tracking a target as a function of said at least one provided parameter in order to obtain a selected algorithm, - implementing the selected algorithm in order to obtain a first control law of said at least one camera (20A, 20B) and a second control law of said at least one autonomous moving object, and - controlling said at least one camera (20A, 20B) and said at least one moving object as a function of the first control law and the second control law,
A circumferential matrix system (1, 200), comprising: a matrix band, a body having a handle and a housing (16, 116), a spindle within the body being attached to the handle, wherein the matrix band on one end is permanently affixed to the spindle and the matrix band on the other end is permanent affixed to an inside wall of the housing (16, 116). a matrix band, a body having a handle and a housing (16, 116), a spindle within the body being attached to the handle, wherein the matrix band on one end is permanently affixed to the spindle and the matrix band on the other end is permanent affixed to an inside wall of the housing (16, 116).
A method for operating an energy plant, wherein heat is supplied on the one hand to an energy carrier medium located in a storage container and, on the other hand, is discharged therefrom, characterised in that a temperature gradient of the energy carrier medium in the storage container is monitored within a defined monitoring period and information is generated if the amount of the temperature gradient does not reach a specified limit value within the monitoring period.
Method for homogenizing the heat distribution as well as decreasing the amount of NO x in the combustion products when operating an industrial furnace with at least one conventional burner (2a, 2b, 2c, 2d) using air as oxidant, where a lance (3a, 3b, 3c, 3d) is introduced into the furnace, an additional oxidant comprising at least 50% oxygen gas is caused to stream into the furnace through the lance (3a, 3b, 3c, 3d), and the total amount of oxygen supplied, partly through the air, partly through the additional oxidant, is supplied in a predetermined ratio in relation to the amount of fuel being supplied through the air burner (2a, 2b, 2c, 2d), whereby, - at least 40% of the supplied oxygen is supplied through the additional oxidant, - the lance (3a, 3b, 3c, 3d) is caused to be arranged at a distance from the air burner (2a, 2b, 2c, 2d) of at least 0.3 meters, and whereby the additional oxidant is supplied only when the air burner (2a, 2b, 2c, 2d) is operated at or above a certain lowest power characterised in firstly, the combination of that the additional oxidant is caused to stream into the furnace through the lance (3a, 3b, 3c, 3d) with at least sonic velocity, and secondly that the lance (3a, 3b, 3c, 3d) is arranged in such a direction so that the stream of additional oxidant does not cross the flame of the burner (2a, 2b, 2c, 2d). - at least 40% of the supplied oxygen is supplied through the additional oxidant, - the lance (3a, 3b, 3c, 3d) is caused to be arranged at a distance from the air burner (2a, 2b, 2c, 2d) of at least 0.3 meters,
A test device for evaluating data communication paths over a hybrid fiber cable, HFC, network coupled to a test device, the test device comprising: a control processor; a modem circuit; an interface between the control processor and the modem circuit, the modem circuit responding to commands and data provided by the control processor through the interface; the control processor and the modem circuit implementing a test packet generator which is configured to: generate test packets with a destination Internet protocol, IP, address associated with the test device, the test packets being transmitted onto an upstream side of the HFC network, so they are relayed to a head end of the HFC network; a memory which stores transmission parameters of the test packets; and the control processor and the modem circuit implementing a test packet evaluator which is configured to: receive, from the head end of the HFC network, the generated test packets and to compare reception parameters for the received test packets to the transmission parameters stored in the memory. a control processor; a modem circuit; an interface between the control processor and the modem circuit, the modem circuit responding to commands and data provided by the control processor through the interface; the control processor and the modem circuit implementing a test packet generator which is configured to: generate test packets with a destination Internet protocol, IP, address associated with the test device, the test packets being transmitted onto an upstream side of the HFC network, so they are relayed to a head end of the HFC network; a memory which stores transmission parameters of the test packets; and the control processor and the modem circuit implementing a test packet evaluator which is configured to: receive, from the head end of the HFC network, the generated test packets and to compare reception parameters for the received test packets to the transmission parameters stored in the memory. generate test packets with a destination Internet protocol, IP, address associated with the test device, the test packets being transmitted onto an upstream side of the HFC network, so they are relayed to a head end of the HFC network; a memory which stores transmission parameters of the test packets; and the control processor and the modem circuit implementing a test packet evaluator which is configured to: receive, from the head end of the HFC network, the generated test packets and to compare reception parameters for the received test packets to the transmission parameters stored in the memory.
An inhibitor of Dynamin 2 for use in the treatment of a centronuclear myopathy, wherein the dynamin 2 inhibitor is selected from the group consisting of an antibody directed against Dynamin 2, a nucleic acid molecule interacting directly with a nucleic acid encoding Dynamin 2, and a small molecule inhibiting the Dynamin 2 activity, expression or function, said small molecule being selected in the group consisting of 3-Hydroxynaphthalene-2-carboxylic acid (3,4-dihydroxybenzylidene)hydrazide, 3-Hydroxy-N'-[(2,4,5-trihydroxyphenyl)methylidene]naphthalene-2-carbohydrazide, Tetradecyltrimethylammonium bromide, 4-Chloro-2-((2-(3-nitrophenyl)-1,3-dioxo-2,3-dihydro-1H-isoindole-5-carbonyl)-amino)-benzoic acid, 2-Cyano- N -octyl-3-[1-(3-dimethylaminopropyl)-1 H -indol-3-yl]acrylamide, 3-(2,4-Dichloro-5-methoxyphenyl)-2-sulfanylquinazolin-4 -one, N,N' -(Propane-1,3-diyl)bis(7,8-dihydroxy-2-imino-2 H -chromene-3-carboxamide), N,N' -(Ethane-1,2-diyl)bis(7,8-dihydroxy-2-imino-2 H- chromene-3-carboxamide), OctadecylTriMethylAmmonium Bromide, Dynamin inhibitory peptide with aminoacid sequence: QVPSRPNRAP, 3-Hydroxy- N' -[(2,4,5-trihydroxyphenyl)methylidene]naphthalene-2-carbohydrazide, and 4-(N,N-Dimethyl-N-octadecyl-N-ethyl)-4-aza-10-oxatricyclo-[5.2.1]decane-3,5-dione bromide.
A pressure sensor, comprising: a first layer of a periodic crystalline structure; and a second layer of an amorphous crystalline structure formed on the first layer, characterised in that the pressure sensor comprises a pressure dependent near infrared resonance peak shift of less than 15 nm over a field of view of 40°. a first layer of a periodic crystalline structure; and a second layer of an amorphous crystalline structure formed on the first layer, characterised in that the pressure sensor comprises a pressure dependent near infrared resonance peak shift of less than 15 nm over a field of view of 40°.
Machine for working glass slabs comprising: - a supporting structure; - a slab grinding section comprising grinding heads adapted to move along a longitudinal direction (X-X) when grinding, and a conveyor assembly having dragging means adapted to move the glass slab on a advancement plane along the longitudinal direction (X-X); - a slab drilling section placed downstream of the slab grinding section and comprising a conveyor adjacent to the conveyor assembly in the longitudinal direction (X-X), substantially placed at the same height of the advancement plane of the conveyor assembly and adapted to receive the glass slab from the conveyor assembly at the end of the grinding operation; characterized in that the slab grinding section further comprises retaining means which are adapted, when grinding, to keep the glass slab next to a working plane spaced and/or offset with respect to the advancement plane, and to move the slab along the longitudinal direction (X-X) with opposite direction to a movement direction of the grinding heads. - a supporting structure; - a slab grinding section comprising grinding heads adapted to move along a longitudinal direction (X-X) when grinding, and a conveyor assembly having dragging means adapted to move the glass slab on a advancement plane along the longitudinal direction (X-X); - a slab drilling section placed downstream of the slab grinding section and comprising a conveyor adjacent to the conveyor assembly in the longitudinal direction (X-X), substantially placed at the same height of the advancement plane of the conveyor assembly and adapted to receive the glass slab from the conveyor assembly at the end of the grinding operation; characterized in that the slab grinding section further comprises retaining means which are adapted, when grinding, to keep the glass slab next to a working plane spaced and/or offset with respect to the advancement plane, and to move the slab along the longitudinal direction (X-X) with opposite direction to a movement direction of the grinding heads.
An anti-reflective structural body comprising: a main body constituted of a raw material that contains a color material of black color, and an anti-reflective structure formed on an outer surface, and wherein the anti-reflective structure includes a plurality of recesses each being formed to be recessed with respect to the outer surface and a base portion forming boundary portions of the recesses that are mutually adjacent and having a top portion forming a straight ridgeline on the outer surface such that the base portion is exposed outside, a profile curve of the base portion in a depth direction of the recesses includes the top portion formed to a curved shape which straddles the adjacent recesses through the straight ridgeline as a boundary, characterized in that: virtual circles respectively including the straight ridgeline of the top portion of the curved shape as circular arcs each have a diameter φ of not more than 50 μm in a depth direction of the each recess from the outer surface. a main body constituted of a raw material that contains a color material of black color, and an anti-reflective structure formed on an outer surface, and wherein the anti-reflective structure includes a plurality of recesses each being formed to be recessed with respect to the outer surface and a base portion forming boundary portions of the recesses that are mutually adjacent and having a top portion forming a straight ridgeline on the outer surface such that the base portion is exposed outside, a profile curve of the base portion in a depth direction of the recesses includes the top portion formed to a curved shape which straddles the adjacent recesses through the straight ridgeline as a boundary,
A seal for an electrical, optical, or opto-electrical connector assembly, the seal being shaped as a thin profiled member and made of an elastomeric material, and comprising: - a base having an inner profiled surface, adapted to be mounted surrounding a first connector housing, the inner profiled surface comprising a straight portion, - at least one rib projecting inward from the straight portion, and - at least one lip (40a, 40b), projecting outward from the base, the lip (40a, 40b) being level with said at least one rib and having an outer profiled surface adapted to be in contact with a second connector housing, and opposed to the inner surface, said outer profiled surface comprising two faces (41, 42) which taper to a lip edge, wherein an internal angle (α) in cross-section, between said two faces is between 60° and 120°, and characterized in that a ratio between a thickness (t) of the lip and a thickness of the seal is between 0.5 and 0.7. - a base having an inner profiled surface, adapted to be mounted surrounding a first connector housing, the inner profiled surface comprising a straight portion, - at least one rib projecting inward from the straight portion, and - at least one lip (40a, 40b), projecting outward from the base, the lip (40a, 40b) being level with said at least one rib and having an outer profiled surface adapted to be in contact with a second connector housing, and opposed to the inner surface, said outer profiled surface comprising two faces (41, 42) which taper to a lip edge, wherein an internal angle (α) in cross-section, between said two faces is between 60° and 120°, and
An optical fiber having a frozen-in substantially sinusoidal spin having a spin amplitude and a spin function period, characterized in that a ratio of said spin amplitude to said spin function period of said frozen-in substantially sinusoidal spin is in the range: from 0.2 to 0.6 turns/m 2 if the spin function period is comprised between 1.7 and 3.3 m; from 0.4 to 0.7 turns/m 2 if the spin function period is comprised between 1.2 and 6.7m; from 0.5 to 1.2 turns/m 2 if the spin function period is comprised between 6.7 and 15 m. from 0.2 to 0.6 turns/m 2 if the spin function period is comprised between 1.7 and 3.3 m; from 0.4 to 0.7 turns/m 2 if the spin function period is comprised between 1.2 and 6.7m; from 0.5 to 1.2 turns/m 2 if the spin function period is comprised between 6.7 and 15 m.
A hydraulic machine having axial pistons, such as a motor or a pump, comprising: · a cylinder block mounted in a casing to rotate about a first axis of rotation in a preferred direction of rotation, the cylinder block comprising a plurality of cylinders in which pistons are mounted to move in translation parallel to the first axis of rotation; · a swash plate supporting a sliding disk suitable for being driven, relative to the swash plate, in rotation about a second axis of rotation (A S) which is inclined relative to the first axis of rotation; · coupling rods for coupling together the sliding disk and the pistons, each coupling rod being connected firstly to a piston via a first spherical joint and secondly to the sliding disk via a second spherical joint; and · a synchronization system for providing synchronization between the cylinder block and the sliding disk which, for each coupling rod, has a first drive surface (22A; 122A) that is stationary relative to the coupling rod and that is suitable for coming into contact with a second drive surface (22B; 122B) that is stationary relative to the sliding disk, clearance (j) being provided between said first and second drive surfaces; said machine being characterized in that the second drive surfaces (22B; 122B) are off-center (e R, e T) relative to the second spherical joints such that a reference amount of clearance between a second drive surface (22B; 122B) and a first drive surface (22A; 122A) is reduced in the zone in which said surfaces come into contact at the time of synchronization in the preferred direction of rotation. · a cylinder block mounted in a casing to rotate about a first axis of rotation in a preferred direction of rotation, the cylinder block comprising a plurality of cylinders in which pistons are mounted to move in translation parallel to the first axis of rotation; · a swash plate supporting a sliding disk suitable for being driven, relative to the swash plate, in rotation about a second axis of rotation (A S) which is inclined relative to the first axis of rotation; · coupling rods for coupling together the sliding disk and the pistons, each coupling rod being connected firstly to a piston via a first spherical joint and secondly to the sliding disk via a second spherical joint; and · a synchronization system for providing synchronization between the cylinder block and the sliding disk which, for each coupling rod, has a first drive surface (22A; 122A) that is stationary relative to the coupling rod and that is suitable for coming into contact with a second drive surface (22B; 122B) that is stationary relative to the sliding disk, clearance (j) being provided between said first and second drive surfaces;
A tire mold comprising: a base mold; and a pattern mold to be fitted to the base mold, the pattern mold having a surface part for molding a tread pattern on a tire; wherein a heat adjusting agent for adjusting amounts of heat to be transmitted to the tire through the surface part of the pattern mold is placed in a hollow cavity formed between the base mold and the pattern mold or inside the base mold; CHARACTERISED IN THAT: the heat adjusting agent is of a powdery or granular material. a base mold; and a pattern mold to be fitted to the base mold, the pattern mold having a surface part for molding a tread pattern on a tire; wherein a heat adjusting agent for adjusting amounts of heat to be transmitted to the tire through the surface part of the pattern mold is placed in a hollow cavity formed between the base mold and the pattern mold or inside the base mold;
A cleaning sponge comprising: a sponge body; a plurality of discrete fiber clusters embedded within the sponge body, characterized in that each fiber cluster comprises a plurality of interconnected fibers and openings between adjacent fibers of the fiber cluster; wherein material of the sponge body penetrates into the openings in the fiber cluster. a sponge body; a plurality of discrete fiber clusters embedded within the sponge body, characterized in that each fiber cluster comprises a plurality of interconnected fibers and openings between adjacent fibers of the fiber cluster; wherein material of the sponge body penetrates into the openings in the fiber cluster.