mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, performed by a terminal device, comprising: determining a plurality of first radio link layer control protocol, RLC, entities used for transmitting a duplicated packet data convergence protocol, PDCP, protocol data unit, PDU; and transmitting the duplicated PDCP PDU to the first RLC entities, wherein the first RLC entities belong to all of RLC entities used for transmitting duplicate data, and a PDCP layer corresponding to a PDCP entity is associated with M RLC entities; receiving an activation signaling, wherein the activation signaling comprises a bitmap comprising a plurality of bits, each bit in the bitmap corresponds to one RLC entity of the M RLC entities, and each bit is used to indicate a duplicate data transmission function of the corresponding RLC entity; wherein each of the RLC entities is associated with a logical channel; the RLC entity corresponds to the bits in the bitmap based on an ascending order of an identity of the corresponding logical channel, wherein the PDCP entity is one-to-one corresponding to a data resource bearer, DRB, and 5 bits of the byte are used to indicate an identity of the DRB. determining a plurality of first radio link layer control protocol, RLC, entities used for transmitting a duplicated packet data convergence protocol, PDCP, protocol data unit, PDU; and transmitting the duplicated PDCP PDU to the first RLC entities, wherein the first RLC entities belong to all of RLC entities used for transmitting duplicate data, and a PDCP layer corresponding to a PDCP entity is associated with M RLC entities; receiving an activation signaling, wherein the activation signaling comprises a bitmap comprising a plurality of bits, each bit in the bitmap corresponds to one RLC entity of the M RLC entities, and each bit is used to indicate a duplicate data transmission function of the corresponding RLC entity; wherein each of the RLC entities is associated with a logical channel; the RLC entity corresponds to the bits in the bitmap based on an ascending order of an identity of the corresponding logical channel, wherein the PDCP entity is one-to-one corresponding to a data resource bearer, DRB, and 5 bits of the byte are used to indicate an identity of the DRB.
An apparatus comprising: means for determining that visual perspective mediated content is available within content provided to a rendering device, wherein the visual perspective mediated content comprises visual content which has been captured within a real three dimensional space which enables different visual scenes to be rendered via the rendering device wherein the visual scene that is rendered is dependent upon a position of a user of the rendering device; and means for adding a notification to the content indicative that visual perspective mediated content captured in the real three dimensional space is available; wherein the notification comprises spatial audio effects added to the content to change spatialisation of the content, and wherein the change in spatialisation acts as the notification. means for determining that visual perspective mediated content is available within content provided to a rendering device, wherein the visual perspective mediated content comprises visual content which has been captured within a real three dimensional space which enables different visual scenes to be rendered via the rendering device wherein the visual scene that is rendered is dependent upon a position of a user of the rendering device; and means for adding a notification to the content indicative that visual perspective mediated content captured in the real three dimensional space is available; wherein the notification comprises spatial audio effects added to the content to change spatialisation of the content, and wherein the change in spatialisation acts as the notification.
A dishwasher comprising: a tub forming a space for washing dishes; a sump for collecting washing water; a washing arm disposed in the tub to jet the washing water into the tub; a circulating pipe for supplying the washing water collected in the sump to the washing arm; a tank forming a water storage space outside the tub; a motor for generating a dynamic force to supply the washing water collected in the sump to the tank and to the washing arm through the circulating pipe, an adjusting valve configured to close or open a water path through which the washing water collected in the sump is supplied to the tank; and a controller for incrementally increasing a water level of the tank by intermittently driving the motor, characterized in that the controller is configured to open the adjusting valve before driving the motor in a case where no washing water is stored in the tank, and open the adjusting valve when the motor reaches a predetermined supply RPM, which is a rotation count of the motor, in a case where washing water is added to the tank with washing water already stored in the tank. a tub forming a space for washing dishes; a sump for collecting washing water; a washing arm disposed in the tub to jet the washing water into the tub; a circulating pipe for supplying the washing water collected in the sump to the washing arm; a tank forming a water storage space outside the tub; a motor for generating a dynamic force to supply the washing water collected in the sump to the tank and to the washing arm through the circulating pipe, an adjusting valve configured to close or open a water path through which the washing water collected in the sump is supplied to the tank; and a controller for incrementally increasing a water level of the tank by intermittently driving the motor, characterized in that the controller is configured to open the adjusting valve before driving the motor in a case where no washing water is stored in the tank, and open the adjusting valve when the motor reaches a predetermined supply RPM, which is a rotation count of the motor, in a case where washing water is added to the tank with washing water already stored in the tank. open the adjusting valve before driving the motor in a case where no washing water is stored in the tank, and open the adjusting valve when the motor reaches a predetermined supply RPM, which is a rotation count of the motor, in a case where washing water is added to the tank with washing water already stored in the tank.
A method for operating an automatically moving floor treatment appliance, wherein at least one floor treatment activity to be performed by the floor treatment appliance in a surrounding area is pre-planned for performance in a first time window, which is characterized by a defined start time and a defined time period, wherein, in the event that the first time window is not sufficient for the complete performance of the floor treatment activity, at least a second time window is pre-planned, in which the floor treatment appliance continues the performance of the floor treatment activity, wherein the floor treatment activity not completed upon the expiration of the first time window is stopped at the end of the defined time period of the first time window and is continued upon reaching a start time predefined for the second time window, wherein several floor treatment activities are defined as part of a treatment plan, which establishes an order of the floor treatment activities to be performed, characterized in that the floor treatment plan specifies a cyclically successive floor treatment of several surrounding area subregions (2, 3, 4, 5) of the surrounding area according to a defined sequence of the surrounding area subregions (2, 3, 4, 5), wherein, after completion of a floor treatment activity in a surrounding area subregion (2, 3, 4, 5), which is defined as last surrounding area subregion (2, 3, 4, 5) of the sequence, a new floor treatment of the surrounding area subregions (2, 3, 4, 5) takes place according to the entire defined sequence, starting at a surrounding area subregion (2, 3, 4, 5), which is defined as first surrounding area subregion (2, 3, 4, 5) of the sequence.
An in vitro method of diagnosing a cardiovascular disease in a subject who has a body mass index of greater than or equal to 25 or impaired renal function, the method comprising: determining the subject's body mass index, and if the subject's BMI is greater than or equal to 25, selecting the subject, or evaluating a subject's renal function, and if the subject has impaired renal function, selecting the subject; and determining levels of B-type natriuretic peptide and soluble Interleukin 1 receptor-like 1 in a biological sample from the selected subject; wherein the subject's BNP level and soluble ST2 level indicates whether the subject has a CVD. determining the subject's body mass index, and if the subject's BMI is greater than or equal to 25, selecting the subject, or evaluating a subject's renal function, and if the subject has impaired renal function, selecting the subject; and determining levels of B-type natriuretic peptide and soluble Interleukin 1 receptor-like 1 in a biological sample from the selected subject; wherein the subject's BNP level and soluble ST2 level indicates whether the subject has a CVD.
Mesenchymal stem cells for use in a method for improving pulmonary function in an animal with a pulmonary disease or a disease in another organ leading to pulmonary insufficiency or lung fibrosis, wherein the method comprises administering mesenchymal stem cells in amount effective to improve forced expiratory volume in the animal.
A device for synchronizing tasks executed in parallel on a platform comprising multiple computation units, the tasks being apt to be preempted by the operating system of the platform, the device comprising at least one register (302a, 302b, 302c) and a recording module which are installed in the form of circuits on said platform, said recording module being suitable for storing a relationship between a condition to be satisfied (301a, 301b, 301c) on the value recorded by one of said registers (302a, 302b, 302c) and one or more computation tasks, the device being characterized in that it comprises a dynamic allocation module installed in the form of circuits on the platform and configured to choose a computation unit from among the computation units of the platform when said condition is fulfilled, and for launching the execution on the chosen computation unit of a software function for searching for the tasks on standby awaiting the fulfillment of the condition and for notifying said tasks, and in that the dynamic allocation module is configured to activate, when a task is preempted, a preemption indicator (304a, 304b, 304c) for the one or more conditions (301a, 301b, 301c), the fulfillment of which is expected from said task, and when a task resumes its execution on a computation unit, to deactivate the preemption indicator (304a, 304b, 304c) if there no longer exists any preempted task associated with the condition (301a, 301b, 301c).
A device for pouring a melt into a casting chamber for a die casting operation, having a tundish with an internal volume, wherein the internal volume can be filled with the melt, wherein the tundish can be arranged in the casting chamber reversibly over an inner surface of the casting chamber, wherein the tundish has a pouring opening for pouring the melt into the casting chamber and a closure member for opening and closing the pouring opening, wherein further the closure member is designed as a valve body for opening and closing the pouring opening, wherein the valve body in a first position closes the pouring opening and in a second position unblocks the pouring opening, characterised in that the valve body has a contact projection which protrudes out of the tundish and is designed for establishing contact with the inner surface of the casting chamber, wherein the valve body can be moved from its first into its second position by this establishment of contact.
A system including: - a support for bonded-abrasive wire cutting at least one workpiece to be cut, the support being made by an assembly of different materials, - at least one workpiece to be cut, the workpiece to be cut being made of a first semiconductor material, the assembly of different materials of the support comprises at least the first material of the workpiece, and the first material of the support is inhomogeneously distributed with the other materials of the support, the support being made of a second material loaded with powder of the first material, the density of the first material in the second material being variable. - a support for bonded-abrasive wire cutting at least one workpiece to be cut, the support being made by an assembly of different materials, - at least one workpiece to be cut, the workpiece to be cut being made of a first semiconductor material, the assembly of different materials of the support comprises at least the first material of the workpiece, and the first material of the support is inhomogeneously distributed with the other materials of the support, the support being made of a second material loaded with powder of the first material, the density of the first material in the second material being variable.
A prosthetic heart valve comprising: a support structure; leaflets attached to the support structure; characterised in that it comprises connection means connected to, or formed by, the support structure and adapted to promote physical docking of a replacement heart valve to the prosthetic heart valve.
A polymer composition comprising an intrinsically conductive polymer doped with a fluorinated acid polymer, wherein the conductive polymer has at least one monomer unit which is derived from a monomer selected from the group consisting of Formulae la through If: and wherein the term "polymer" refers to a polymer or oligomer having at least 3 repeat units.
A slide fastener comprising: left and right fastener stringers (3,4) with fastener elements (21,22) attached to opposed side-edges (13,14) of fastener tapes (11, 12), each fastener element (21,22) including an attachment base (31,32) secured to the side-edge (13,14) of the fastener tape (11,12) and a head (33,34) having an engagement protrusion (B1,B2) positioned away from said side-edge (13,14) of the fastener tape (11,12), and the engagement protrusion (B1,B2) including a front protrusion (41,43) protruding forward and a rear protrusion (42,44) protruding rearward; and a slider that moves forward to engage left and right fastener elements (2 1,22) included in the left and right fastener stringers (3,4), the left and right fastener elements (21,22) coming into initial contact on the front protrusion (41,43) and the rear protrusion (42,44) alternately inside of the slider as the slider moves forward, characterized in that when a given pair of left and right fastener elements (E0,E1) included in the left and right fastener elements (2 1,22) come into said initial contact on the rear protrusion of an anterior fastener element of the given pair of left and right fastener elements (E0,E1) and the front protrusion of a posterior fastener element of the given pair of left and right fastener elements (E0,E1), the rear protrusion of the posterior fastener element is not in contact with the front protrusion of a fastener element immediately posterior to said posterior fastener element. left and right fastener stringers (3,4) with fastener elements (21,22) attached to opposed side-edges (13,14) of fastener tapes (11, 12), each fastener element (21,22) including an attachment base (31,32) secured to the side-edge (13,14) of the fastener tape (11,12) and a head (33,34) having an engagement protrusion (B1,B2) positioned away from said side-edge (13,14) of the fastener tape (11,12), and the engagement protrusion (B1,B2) including a front protrusion (41,43) protruding forward and a rear protrusion (42,44) protruding rearward; and a slider that moves forward to engage left and right fastener elements (2 1,22) included in the left and right fastener stringers (3,4), the left and right fastener elements (21,22) coming into initial contact on the front protrusion (41,43) and the rear protrusion (42,44) alternately inside of the slider as the slider moves forward, characterized in that when a given pair of left and right fastener elements (E0,E1) included in the left and right fastener elements (2 1,22) come into said initial contact on the rear protrusion of an anterior fastener element of the given pair of left and right fastener elements (E0,E1) and the front protrusion of a posterior fastener element of the given pair of left and right fastener elements (E0,E1), the rear protrusion of the posterior fastener element is not in contact with the front protrusion of a fastener element immediately posterior to said posterior fastener element.
A method for manufacturing a cell for a solid oxide fuel cell in which an air electrode and a Cr-containing alloy or oxide are joined together; said method for manufacturing a cell for a solid oxide fuel cell characterized in that in a firing process in which said air electrode and said alloy or oxide are fired in a state of being joined together, a Cr oxide suppressing state is induced for suppressing the occurrence of an oxide of Cr in said alloy or oxide by performing a coating process whereby an n-type semiconductor coating is formed on a surface of said alloy or oxide prior to performing said firing process, said coating is at least one of a TiO 2 coating, a WO 3 coating, a CaTiO 3 coating, a BaTiO 3 coating, an Sm 2 O 3 coating, and an MgTiO 3 coating.
A method for distributing a video file comprising frames via a peer-assisted video delivery system, the method comprising: - segmenting the video file into temporal segments such that any frame of the video file is present in one and only one temporal segment, wherein each temporal segment is a self-contained physical object; - generating segmentation metadata comprising at least information about video offsets relative to a beginning of the video file corresponding to the video frames that need to be extracted from the video file to generate the temporal segments, and segment start times; - converting the temporal segments into media stream segments in accordance with a media stream format, which uses continuity counters and timestamps, such that the continuity counters within each media stream segments and between consecutive media stream segments are properly incremented and the timestamps within each media stream segments and between consecutive media stream segments are valid and synchronized; - saving, for each temporal segment, continuity counter values in the segmentation metadata, wherein the continuity counter values correspond to the last continuity counter value observed in the previous temporal segment; and - injecting at least the video file and the segmentation metadata into the peer-assisted video delivery system. - segmenting the video file into temporal segments such that any frame of the video file is present in one and only one temporal segment, wherein each temporal segment is a self-contained physical object; - generating segmentation metadata comprising at least information about video offsets relative to a beginning of the video file corresponding to the video frames that need to be extracted from the video file to generate the temporal segments, and segment start times; - converting the temporal segments into media stream segments in accordance with a media stream format, which uses continuity counters and timestamps, such that the continuity counters within each media stream segments and between consecutive media stream segments are properly incremented and the timestamps within each media stream segments and between consecutive media stream segments are valid and synchronized; - saving, for each temporal segment, continuity counter values in the segmentation metadata, wherein the continuity counter values correspond to the last continuity counter value observed in the previous temporal segment; and - injecting at least the video file and the segmentation metadata into the peer-assisted video delivery system.
A vehicle seat comprising: a seat cushion; a seat back covered with a skin material and incorporating left and right side frames; a headrest; a pressure-receiving member connected rearward-movably to the left and right side frames; a seat back pad with which at least a front surface of the pressure-receiving member and a seat back frame are covered; and wherein a rearward motion load received from an upper body of an occupant seated on the seat cushion and acting on the seat back causes the pressure-receiving member to move rearward to cause the upper body of the occupant to subside into the seat back, wherein the seat back pad includes a central portion configured to face a back of the upper body of the occupant and side portions configured to face sides of the upper body of the occupant, the side portions being provided continuously to the central portion, the seat back pad having a groove for tucking the skin material therein, the groove being formed at borders between the central portion and the side portions, wherein the groove has a bottom in which a plurality of slot holes are formed along the groove, and wherein each of the plurality of slot holes is disposed in a position outside relative to the pressure-receiving member and inside relative to the left or right side frame, with respect to a lateral direction. a seat cushion; a seat back covered with a skin material and incorporating left and right side frames; a headrest; a pressure-receiving member connected rearward-movably to the left and right side frames; a seat back pad with which at least a front surface of the pressure-receiving member and a seat back frame are covered; and wherein a rearward motion load received from an upper body of an occupant seated on the seat cushion and acting on the seat back causes the pressure-receiving member to move rearward to cause the upper body of the occupant to subside into the seat back, wherein the seat back pad includes a central portion configured to face a back of the upper body of the occupant and side portions configured to face sides of the upper body of the occupant, the side portions being provided continuously to the central portion, the seat back pad having a groove for tucking the skin material therein, the groove being formed at borders between the central portion and the side portions, wherein the groove has a bottom in which a plurality of slot holes are formed along the groove, and wherein each of the plurality of slot holes is disposed in a position outside relative to the pressure-receiving member and inside relative to the left or right side frame, with respect to a lateral direction.
Process for determining the influence of a condition on a biological sample, comprising the steps consisting in: a) subjecting said biological sample to said condition; b) placing a fluorescent compound in contact with said sample, the steps (a) and (b) being in any order; c) exciting said fluorescent compound at the appropriate excitation wavelength for a period t the starting point whereof is t0; d) establishing the kinetic profile of the fluorescence emitted by said fluorescent compound bound to said sample during the excitation period t, the fluorescence measured at t0 serving as the reference value; e) possibly, comparing the kinetic profile obtained in step (d) with a reference kinetic profile, said process implementing a single type of fluorescent compound. a) subjecting said biological sample to said condition; b) placing a fluorescent compound in contact with said sample, the steps (a) and (b) being in any order; c) exciting said fluorescent compound at the appropriate excitation wavelength for a period t the starting point whereof is t0; d) establishing the kinetic profile of the fluorescence emitted by said fluorescent compound bound to said sample during the excitation period t, the fluorescence measured at t0 serving as the reference value; e) possibly, comparing the kinetic profile obtained in step (d) with a reference kinetic profile, said process implementing a single type of fluorescent compound.