mhurhangee/ep-ind-claims huggingface dataset:
A method of managing multimedia broadcast multicast services, hereinafter called MBMS, reception for a mobile device in a service overlapping MBMS single frequency network, MBSFN, area, the service overlapping area comprising a plurality MBMS services, the method comprising the steps of: receiving a first configuration associated with a first MBMS service in a first MBSFN subframe configuration and a second configuration associated with a second MBMS service in a second MBSFN subframe configuration; and reading the first configuration associated with the first MBMS service in the first MBSFN subframe configuration and the second configuration associated with a second MBMS service in the second MBSFN subframe configuration; wherein, the first configuration indicates MBMS subframes allocated for data transmission of the first MBMS service and the second configuration indicates MBMS subframes allocated for data transmission of the second MBMS service, and wherein at least one of the MBMS subframes allocated for data transmission of the first MBMS service is overlapped with at least one of the MBMS subframes allocated for data transmission of the second MBMS service. receiving a first configuration associated with a first MBMS service in a first MBSFN subframe configuration and a second configuration associated with a second MBMS service in a second MBSFN subframe configuration; and reading the first configuration associated with the first MBMS service in the first MBSFN subframe configuration and the second configuration associated with a second MBMS service in the second MBSFN subframe configuration; wherein, the first configuration indicates MBMS subframes allocated for data transmission of the first MBMS service and the second configuration indicates MBMS subframes allocated for data transmission of the second MBMS service, and wherein at least one of the MBMS subframes allocated for data transmission of the first MBMS service is overlapped with at least one of the MBMS subframes allocated for data transmission of the second MBMS service.
A method performed by an encoder, the encoder being operable to encode speech and to apply a discontinuous transmission, DTX, scheme comprising transmission of Silence Insertion Descriptor, SID, frames during speech inactivity, the method comprising: - determining a number N of hangover frames, wherein the number N of hangover frames is variable; - transmitting the N hangover frames to a decoder; - transmitting a first SID frame to the decoder after a hangover period, where the first SID frame comprises information indicating the determined number N of hangover frames, thus enabling the decoder to generate comfort noise based on the N hangover frames. - determining a number N of hangover frames, wherein the number N of hangover frames is variable; - transmitting the N hangover frames to a decoder; - transmitting a first SID frame to the decoder after a hangover period, where the first SID frame comprises information indicating the determined number N of hangover frames,
A method of identifying dental consumables including at least one of a dental blank and a dental tool equipped into a dental tool machine, the method comprising: a step of colliding the dental tool with the dental blank or a dental blank holder of the dental tool machine; a step of detecting a signal indicative of the collision, characterized by further comprising: a step of analyzing the detected signal through trained artificial intelligence; and a step of identifying the type including the material and the geometrical properties and the condition of at least one of the dental consumables based on the analysis. a step of colliding the dental tool with the dental blank or a dental blank holder of the dental tool machine; a step of detecting a signal indicative of the collision, characterized by further comprising: a step of analyzing the detected signal through trained artificial intelligence; and a step of identifying the type including the material and the geometrical properties and the condition of at least one of the dental consumables based on the analysis. a step of analyzing the detected signal through trained artificial intelligence; and a step of identifying the type including the material and the geometrical properties and the condition of at least one of the dental consumables based on the analysis.
A rotatable cable management part for a telecommunications tray assembly, the cable management part comprising: a) a body defining an interior space extending between non-parallel first and second openings (454i, 454j), the body including: (i) a recess or pin for respectively receiving a pin or recess of the telecommunications tray assembly; (ii) a top wall and a bottom wall; (iii) a downwardly depending front wall extending from the top wall and an upwardly depending front wall, wherein a channel is formed between the downwardly and upwardly depending front walls. a) a body defining an interior space extending between non-parallel first and second openings (454i, 454j), the body including: (i) a recess or pin for respectively receiving a pin or recess of the telecommunications tray assembly; (ii) a top wall and a bottom wall; (iii) a downwardly depending front wall extending from the top wall and an upwardly depending front wall, wherein a channel is formed between the downwardly and upwardly depending front walls. (i) a recess or pin for respectively receiving a pin or recess of the telecommunications tray assembly; (ii) a top wall and a bottom wall; (iii) a downwardly depending front wall extending from the top wall and an upwardly depending front wall, wherein a channel is formed between the downwardly and upwardly depending front walls.
Rolling bearing having - a first ring element; - a second ring element which is arranged concentrically with respect to the first ring element; - a plurality of rolling bodies which are arranged between the first and the second ring element (32, 34); at least one of the ring elements (32, 34) having a circumferential groove for receiving an axial securing ring; a circumferential groove tangential securing feature (80, 82) being arranged in the region of the circumferential groove and being configured to enter into engagement with an axial securing ring tangential securing feature (74a, 74b) of the axial securing ring which is inserted into the circumferential groove, in order to secure the one ring element in the circumferential direction with respect to the axial securing ring, the circumferential groove tangential securing feature (80, 82) having at least one tangential securing element which has an anchoring section which engages into a tangential securing depression, characterized in that the tangential securing element has a securing section which is configured to engage into a radial depression (74a, 74b) of the axial securing ring which is inserted into the circumferential groove. - a first ring element; - a second ring element which is arranged concentrically with respect to the first ring element; - a plurality of rolling bodies which are arranged between the first and the second ring element (32, 34);
A method of transferring a plurality of articles onto an outfeed carrier, the method comprising the steps of: advancing a plurality of articles in a first direction; advancing an outfeed carrier surface of an outfeed carrier apparatus in a second direction at an outfeed carrier surface velocity; providing a transfer apparatus, wherein the transfer apparatus comprises a frame and an article stabilization member operatively connected with the frame; engaging the plurality of articles with the article stabilization member in an engaging location; accelerating the plurality of articles in the second direction to transfer the plurality of articles onto the outfeed carrier surface; decelerating the plurality of articles between the engaging location and a placement location on the outfeed carrier surface to substantially match the velocity of the plurality of articles and the outfeed carrier surface velocity; and disengaging the plurality of articles from the article stabilization member in the placement location, characterized in that the step of advancing a plurality of articles in the first direction further comprises advancing the plurality of articles in the first direction on a transport member of a grouping apparatus in the first direction, wherein the transport member comprises a carriage having a plurality of support members separated in the first direction and connected at a base; and wherein the article stabilization member comprises an upstream support member and a downstream support member. advancing a plurality of articles in a first direction; advancing an outfeed carrier surface of an outfeed carrier apparatus in a second direction at an outfeed carrier surface velocity; providing a transfer apparatus, wherein the transfer apparatus comprises a frame and an article stabilization member operatively connected with the frame; engaging the plurality of articles with the article stabilization member in an engaging location; accelerating the plurality of articles in the second direction to transfer the plurality of articles onto the outfeed carrier surface; decelerating the plurality of articles between the engaging location and a placement location on the outfeed carrier surface to substantially match the velocity of the plurality of articles and the outfeed carrier surface velocity; and disengaging the plurality of articles from the article stabilization member in the placement location, characterized in that the step of advancing a plurality of articles in the first direction further comprises advancing the plurality of articles in the first direction on a transport member of a grouping apparatus in the first direction, wherein the transport member comprises a carriage having a plurality of support members separated in the first direction and connected at a base; and wherein the article stabilization member comprises an upstream support member and a downstream support member.
Stack of trays comprising a number of trays (1, 1') resp. storage and transport containers for plastic receptacles, in particular plastic bottles, that are arranged on top of one another, wherein the trays have an essentially orthogonal flat tray bottom (2, 2') and essentially rectangular flat side walls (3, 3'), wherein the side walls (3, 3') can be detachably connected together and to the tray bottom (2, 2') via plug-in connections and have inside surfaces (31, 31') that are designed to be metal or metallized, characterized in that the tray bottom (2, 2') has a wall and is designed in such a way that the wall (24, 24') that comprises free longitudinal edges of the side walls (3, 3') has a spring action, wherein a base of the upper tray bottom is bent in such a way that the wall is designed as an elastic section that connects to an entry slope, and in that a longitudinal edge that is free is the assembled state of the side wall (3, 3') and the free longitudinal end of the side wall that is equipped with mounts are bent in an outwardprojecting U-shape.
Device (1a, 1 b, 1 c, 1 d; 40) for extracting, storing and/or processing blood or other substances of human or animal origin, and for applying blood compounds or other biological compounds, which comprises a body (2; 41) inside which a piston (3; 42) is capable of moving longitudinally, where the body (2; 41) is provided with a first end (; 48) at which a conduit (6; 50) is provided connecting an internal space (9; 51) of the body (2; 41) located between the piston (3; 42) and the conduit (6; 50) with the outside of the body (2; 41), and a second end (5; 49) through which the piston (3; 42) projects outward and which is hermetically separated from the internal space (9; 51) by means of the piston (3; 42), characterised in that: - at least part of the piston (3; 42) is capable of being separated from the rest of the device so that the piston (3; 42) does not project out of the body (2; 41), - the piston (3; 42) comprises at least one blocking surface (13a, 13b, 13c; 52), - the body (2; 41) comprises at least one blocking surface (14a, 14b, 14c; 53) adapted to come into contact with a blocking surface (13a, 13b, 13c; 52) of the piston (3; 42) and provide a one-way blocking of the piston (3; 42), according to which resistance is offered to the piston (3; 42) advancing towards the first end (4; 48) whereas the piston (3; 42) is free to move back towards the second end (5; 49), where - the device (1a, 1b, 1c, 1 d; 40) further comprises a sealing member (15, 16, 17; 54) to close the conduit (6; 50) of the first end (4; 48) of the body (2; 41) in a sealed manner in the event of a needle being inserted in said conduit (6; 50), so that a vacuum may exist in the internal space (9; 51). - at least part of the piston (3; 42) is capable of being separated from the rest of the device so that the piston (3; 42) does not project out of the body (2; 41), - the piston (3; 42) comprises at least one blocking surface (13a, 13b, 13c; 52), - the body (2; 41) comprises at least one blocking surface (14a, 14b, 14c; 53) adapted to come into contact with a blocking surface (13a, 13b, 13c; 52) of the piston (3; 42) and provide a one-way blocking of the piston (3; 42), according to which resistance is offered to the piston (3; 42) advancing towards the first end (4; 48) whereas the piston (3; 42) is free to move back towards the second end (5; 49), where - the device (1a, 1b, 1c, 1 d; 40) further comprises a sealing member (15, 16, 17; 54) to close the conduit (6; 50) of the first end (4; 48) of the body (2; 41) in a sealed manner in the event of a needle being inserted in said conduit (6; 50), so that a vacuum may exist in the internal space (9; 51).
A human anti-IL-12 antibody having an antigen-binding region that comprises three heavy chain CDRs (CDR1, CDR2, and CDR3) having the amino acid sequences of SEQ ID NO: 1, 2 and 3, and three light chain CDRs (CDR1, CDR2 and CDR3) having the amino acid sequences of SEQ ID NO: 4, 5 and 6, for use in the treatment of Crohn's pathology.
A method for indicating correspondence, applied to a base station, wherein the method comprises determining a beam to be sent; generating (S 102) indication information, the indication information comprising a number of beam groups and identifiers corresponding to beams in each beam group for sending a Synchronization Signal Block, SSB, wherein an identifier corresponding to the beam to be sent is configured to indicate a correspondence between SSBs in a corresponding beam group and Remaining Minimum System Information, RMSI; and sending an SSB corresponding to the beam to be sent and the indication information to a User Equipment, UE. determining a beam to be sent; generating (S 102) indication information, the indication information comprising a number of beam groups and identifiers corresponding to beams in each beam group for sending a Synchronization Signal Block, SSB, wherein an identifier corresponding to the beam to be sent is configured to indicate a correspondence between SSBs in a corresponding beam group and Remaining Minimum System Information, RMSI; and sending an SSB corresponding to the beam to be sent and the indication information to a User Equipment, UE.
A self-testing quantum number generator especially in lotteries and gaming comprising: - an interferometer, comprising: - a signal source S configured to produce a signal, - at least two paths through which the signal travels, - components A that can modify the signal's properties, - an interference region I, - detectors D, - a control unit CU, wherein - the control unit CU is connected to the signal source S, the signal having an interference property, - characterized in that detectors D are configured to measure a signal intensity and send measurement results d, via electrical wires to the control unit CU, - components A are controlled by the control unit CU via electrical wires with parameters x, - the source S is configured to produce a signal when requested by the control unit CU via electrical wires, - the control unit CU performs a self-test based on the measurement results d and returns its outcome H min ( d | x), the control unit CU returns random numbers d, where: x is a vector representing the parameters for all components A, d is a vector representing the measurement results of the detectors D, H min ( d | x) is a lower bound on average min-entropy of the string of N 0 values of d, given by formula H min ( d | x) = - log 2 max k p ( d = k | x) and N 0 is a free parameter. - an interferometer, comprising: - a signal source S configured to produce a signal, - at least two paths through which the signal travels, - components A that can modify the signal's properties, - an interference region I, - detectors D, - a signal source S configured to produce a signal, - at least two paths through which the signal travels, - components A that can modify the signal's properties, - an interference region I, - detectors D, - a control unit CU, wherein - the control unit CU is connected to the signal source S, the signal having an interference property, - characterized in that detectors D are configured to measure a signal intensity and send measurement results d, via electrical wires to the control unit CU, - components A are controlled by the control unit CU via electrical wires with parameters x, - the source S is configured to produce a signal when requested by the control unit CU via electrical wires, - the control unit CU performs a self-test based on the measurement results d and returns its outcome H min ( d | x),
A diglycidyl ether or ester of Formula 1: Formula 1 wherein X is selected from the group consisting of CH 2 and CO, wherein when X is CH 2, Y is selected from the group consisting of CH 2 and CO, and wherein when X is CO, Y is CH 2. wherein X is selected from the group consisting of CH 2 and CO, wherein when X is CH 2, Y is selected from the group consisting of CH 2 and CO, and wherein when X is CO, Y is CH 2.
An unmanned aerial vehicle, UAV, system, the UAV system comprising: a) a UAV comprising: i. a sensor configured to measure a sensor data; ii. a UAV propeller; b) a mobile platform; c) a tether attached to the UAV and to the mobile platform, the tether comprising a tensiometer to measure a tether tension force; and d) a digital processing device comprising: at least one processor, an operating system configured to perform executable instructions, a memory, and a computer program including instructions executable by the digital processing device to create a tethered UAV application comprising: i. a transmission module receiving the sensor data from the sensor at a selected rate; ii. a locational module estimating a relative three-dimensional position of the UAV to the mobile platform, based on the sensor data; and iii. a navigation module directing at least one of the UAV propeller and the mobile platform, based on the relative three-dimensional position and the tether tension force, to adjust the relative three-dimensional position within a set value when the mobile platform is moving. a) a UAV comprising: i. a sensor configured to measure a sensor data; ii. a UAV propeller; i. a sensor configured to measure a sensor data; ii. a UAV propeller; b) a mobile platform; c) a tether attached to the UAV and to the mobile platform, the tether comprising a tensiometer to measure a tether tension force; and d) a digital processing device comprising: at least one processor, an operating system configured to perform executable instructions, a memory, and a computer program including instructions executable by the digital processing device to create a tethered UAV application comprising: i. a transmission module receiving the sensor data from the sensor at a selected rate; ii. a locational module estimating a relative three-dimensional position of the UAV to the mobile platform, based on the sensor data; and iii. a navigation module directing at least one of the UAV propeller and the mobile platform, based on the relative three-dimensional position and the tether tension force, to adjust the relative three-dimensional position within a set value when the mobile platform is moving. i. a transmission module receiving the sensor data from the sensor at a selected rate; ii. a locational module estimating a relative three-dimensional position of the UAV to the mobile platform, based on the sensor data; and iii. a navigation module directing at least one of the UAV propeller and the mobile platform, based on the relative three-dimensional position and the tether tension force, to adjust the relative three-dimensional position within a set value when the mobile platform is moving.
A distribution board having a main breaker and a plurality of branch breakers, the distribution board being wired to branch power supplied to the main breaker into each branch breaker, the distribution board comprising: a plurality of noise detection sections configured to correspond to the respective branch breakers one-to-one and each configured to output a detection signal based on a noise component of not less than a predetermined frequency generated on a secondary side of each branch breaker; and one processor configured to separately receive the detection signal output from each noise detection section and determine whether the detection signal is high frequency noise at a threshold or more. a plurality of noise detection sections configured to correspond to the respective branch breakers one-to-one and each configured to output a detection signal based on a noise component of not less than a predetermined frequency generated on a secondary side of each branch breaker; and one processor configured to separately receive the detection signal output from each noise detection section and determine whether the detection signal is high frequency noise at a threshold or more.