mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a reception unit configured to receive synchronization signal, SS, blocks corresponding to beams transmitted by a base station, BS; the reception unit is further configured to receive a system information block, SIB, that is transmitted by one of the beams, each associated with a SIB; wherein each SIB transmitted by the BS includes correspondence information for at least two beams transmitted by the BS, whereby each correspondence information indicates correspondence between a beam and a random access resource, RA; and a transmission unit configured to transmit RA preambles using the RA resources of the correspondence information received in the SIB. a reception unit configured to receive synchronization signal, SS, blocks corresponding to beams transmitted by a base station, BS; the reception unit is further configured to receive a system information block, SIB, that is transmitted by one of the beams, each associated with a SIB; wherein each SIB transmitted by the BS includes correspondence information for at least two beams transmitted by the BS, whereby each correspondence information indicates correspondence between a beam and a random access resource, RA; and a transmission unit configured to transmit RA preambles using the RA resources of the correspondence information received in the SIB.
A method for determining an amount of carbon dioxide that can be sequestered from the atmosphere by a portion of an ocean, the method comprising the steps of: (a) analysing a water sample and a phytoplankton sample taken from a photic zone of the portion to determine the stoichiometric ratio of carbon to other chemical elements in the water and in the phytoplankton; (b) determining which one or more of the other chemical elements would, when added to the photic zone of the portion, cause growth of a phytoplankton population in the portion; (c) calculating a quantity of the one or more chemical elements determined in step (b), whereby substantially all of the element or substantially all of at least one of the elements added to the photic zone of the portion would be consumed by the additional phytoplankton grown; and (d) calculating the amount of carbon dioxide that can be sequestered from the atmosphere using the quantity of the chemical element or elements determined in step (c) and the stoichiometric ratio of carbon to other chemical elements in phytoplankton determined in step (a). (a) analysing a water sample and a phytoplankton sample taken from a photic zone of the portion to determine the stoichiometric ratio of carbon to other chemical elements in the water and in the phytoplankton; (b) determining which one or more of the other chemical elements would, when added to the photic zone of the portion, cause growth of a phytoplankton population in the portion; (c) calculating a quantity of the one or more chemical elements determined in step (b), whereby substantially all of the element or substantially all of at least one of the elements added to the photic zone of the portion would be consumed by the additional phytoplankton grown; and (d) calculating the amount of carbon dioxide that can be sequestered from the atmosphere using the quantity of the chemical element or elements determined in step (c) and the stoichiometric ratio of carbon to other chemical elements in phytoplankton determined in step (a).
An attaching member that is configured to hold a flexible tube (r) through which liquid related to blood purification treatment is made to flow, the attaching member being attachable to a blood purification apparatus and comprising: an anchor portion (3, 7, 8, 9, 10) defined by a slit in such a manner as to be separated from an other portion and to be foldable, the anchor portion (3, 7, 8, 9, 10) being capable of anchoring the flexible tube (r) when folded to be raised from the other portion, wherein the anchor portion (3, 7, 8, 9, 10) has an opening into which the flexible tube (r) is inserted to be anchored, characterized in that the slit is one of a plurality of slits provided at arbitrary positions, and any selected portion that is defined by a specific one of the slits is folded in such a manner as to be raised and to form the anchor portion (3, 7, 8, 9, 10) at an arbitrary position where the flexible tube (r) is to be anchored. an anchor portion (3, 7, 8, 9, 10) defined by a slit in such a manner as to be separated from an other portion and to be foldable, the anchor portion (3, 7, 8, 9, 10) being capable of anchoring the flexible tube (r) when folded to be raised from the other portion, wherein the anchor portion (3, 7, 8, 9, 10) has an opening into which the flexible tube (r) is inserted to be anchored, characterized in that the slit is one of a plurality of slits provided at arbitrary positions, and any selected portion that is defined by a specific one of the slits is folded in such a manner as to be raised and to form the anchor portion (3, 7, 8, 9, 10) at an arbitrary position where the flexible tube (r) is to be anchored.
A directional acoustic sensor comprising: a case providing a space; an opening in the case defining a sound inlet through which a sound is received; a plurality of openings in the case defining respective plural sound outlets through which the sound, received through the sound inlet, is output, wherein the sound outlets are disposed below the sound inlet; and a plurality of vibration bodies (110_k) arranged in the space of the case between the sound inlet and the sound outlets, so that each sound outlet overlaps and faces, in a vertical direction, a respective one of the plurality of vibration bodies, wherein the vibration bodies selectively react to the sound received through the sound inlet according to a direction of the received sound. a case providing a space; an opening in the case defining a sound inlet through which a sound is received; a plurality of openings in the case defining respective plural sound outlets through which the sound, received through the sound inlet, is output, wherein the sound outlets are disposed below the sound inlet; and a plurality of vibration bodies (110_k) arranged in the space of the case between the sound inlet and the sound outlets, so that each sound outlet overlaps and faces, in a vertical direction, a respective one of the plurality of vibration bodies, wherein the vibration bodies selectively react to the sound received through the sound inlet according to a direction of the received sound.
An aromatic polyamide porous film, wherein the total number of branch points of pores in the area of 3 cubic micrometers obtained by three-dimensional structural analysis is 2,000 to 20,000; and three-dimensional structural analysis comprises: width direction - thickness direction cross-section of a sample was observed using a scanning electron microscope, the step of cutting a sample using focused ion beam to obtain a TD-ZD cross-section, and the step of observing the obtained TD-ZD cross-section using SEM were repeatedly carried out to the sample in a longitudinal direction 151 times at intervals of 20 nm to obtain a continuous TD-ZD cross-section image in an MD direction over the length of 3 μm at intervals of 20 nm.
Use of a lubricant in a diesel engine equipped with a regenerable diesel particulate trap for the purpose of reducing the regeneration frequency of the particulate trap, wherein the lubricant comprises a base oil component having a paraffin content of greater than 80 wt% paraffins, a saturates content of greater than 98 wt%, and comprising a series of iso-paraffins having n, n+1, n+2, n+3 and n+4 carbon atoms, wherein n is between 15 and 40.
A method of directing content preparation for a 5G media streaming, 5GMS, network performed by at least one processor implementing a 5GMS application provider, the method comprising: creating a content preparation template, by the 5GMS application provider, wherein the content preparation template includes first information specifying instructions for content preparation, and second information specifying instructions for content output; establishing a first provisioning session with a 5GMS application function; transmitting the content preparation template to the 5GMS application function in the first provisioning session, wherein the transmitting causes an instantiation of a content preparation process and resource allocation process, wherein the 5GMS application function requests to allocate 5GMS content preparation resources and 5GMS content distribution resources, and wherein the content preparation process is performed at the time of the request or right before downlink streaming of the content; and receiving a first acknowledgement from the 5GMS application function, wherein the first acknowledgement indicates an allocation of at least one of content preparation resources and content distribution resources. creating a content preparation template, by the 5GMS application provider, wherein the content preparation template includes first information specifying instructions for content preparation, and second information specifying instructions for content output; establishing a first provisioning session with a 5GMS application function; transmitting the content preparation template to the 5GMS application function in the first provisioning session, wherein the transmitting causes an instantiation of a content preparation process and resource allocation process, wherein the 5GMS application function requests to allocate 5GMS content preparation resources and 5GMS content distribution resources, and wherein the content preparation process is performed at the time of the request or right before downlink streaming of the content; and receiving a first acknowledgement from the 5GMS application function, wherein the first acknowledgement indicates an allocation of at least one of content preparation resources and content distribution resources.
A method for fabricating an energy storage device comprising: combining polymeric binder particles with an ionically insulating coating material; mixing the binder particles and the coating material to form coated binder particles such that the binder particles are not fibrillized during mixing; combining the coated binder particles with active material particles to form a first mixture; milling at least some of the first mixture to form an electrode film mixture; and calendering the electrode film mixture to form a free-standing electrode film. combining polymeric binder particles with an ionically insulating coating material; mixing the binder particles and the coating material to form coated binder particles such that the binder particles are not fibrillized during mixing; combining the coated binder particles with active material particles to form a first mixture; milling at least some of the first mixture to form an electrode film mixture; and calendering the electrode film mixture to form a free-standing electrode film.
A high-speed tunnel for the reading and mass encoding of RFID labels contained in a package; the tunnel comprises a housing with respective opposing inlet and outlet openings, inside which there are established conveyance means along which the package is moved, as well as one or more high-power antennas for the measurement of RFID labels, arranged in a holding structure, and a photocell for the detection of the entry of packages into the tunnel, these elements being controlled by means of a control unit associated with an electrical switchboard being part of the tunnel, characterised in that the high-speed tunnel further comprises a guillotine entry door and a guillotine exit door complemented with side walls integrating a box, and a lower tray arranged under the conveyance means of the tunnel; the box can be vertically moved by means of a pair of linear guides or shafts and by means of motor-driven mechanisms associated with control electronics of the electrical switchboard; the box in the lowered position covers and electromagnetically shields an assembly formed by the holding structure of the antenna or antennas and the conveyance means and the package; wherein the box comprises lower edges on which there are arranged seals configured for ensuring RFID shielding between the box and the lower tray such that a Faraday cage is created between the box, the lower tray and the seals.
A junction box for lighting lines for tunnels, comprising a casing body provided with a cover; said body comprises an electrical socket; a junction device inside said casing body connects said electrical socket to a pair of power supply wires (6, 7) of a power supply line at said junction box; said junction device comprises one or more insulation displacement contacts; each insulation displacement contact engages a respective power supply wire (6, 7) without cutting it; said junction box being characterized in that each insulation displacement contact is constituted by multiple spikes, arranged along the direction of the respective wire (6, 7) to be connected; said spikes being mutually offset longitudinally; each of said spikes being arranged on a different plane from the other spikes; said spikes being arranged in an elastic member with differentiated deformation.
A PCB assembly, comprising: at least two PCBs (100, 101), each having a board with an upper surface and a lower surface (1 10b) relatively wider than horizontal side surfaces thereof, the board being partially perforated in an upper and lower direction to form a connection hole, a connection conductor electrically connected to a printed circuit provided on the board being formed in the connection hole to be exposed out, the at least two PCBs (100, 101) being arranged such that the upper surfaces or the lower surfaces of the boards are rotated to form a predetermined angle therebetween; and a connection metal pin having a body and a leg, the body having electric conductivity, the body having a pin shape elongated in one direction, a portion of the body being bent according to the predetermined angle of the at least two PCBs (100, 101) arranged in a rotated state, the leg being bent and extended in another direction from both ends of the body, the bent and extended portion of the leg being inserted through the connection hole respectively formed in the at least two PCBs (100, 101), a bent and extended end of the leg being bent inward to be tightly fixed to a lower surface of the PCB, the PCB assembly being characterized in that a fixing groove is formed at the lower surface of the PCB to have an inner shape in which the bent and extended end of the leg of the connection metal pin is inserted and fixed. at least two PCBs (100, 101), each having a board with an upper surface and a lower surface (1 10b) relatively wider than horizontal side surfaces thereof, the board being partially perforated in an upper and lower direction to form a connection hole, a connection conductor electrically connected to a printed circuit provided on the board being formed in the connection hole to be exposed out, the at least two PCBs (100, 101) being arranged such that the upper surfaces or the lower surfaces of the boards are rotated to form a predetermined angle therebetween; and a connection metal pin having a body and a leg, the body having electric conductivity, the body having a pin shape elongated in one direction, a portion of the body being bent according to the predetermined angle of the at least two PCBs (100, 101) arranged in a rotated state, the leg being bent and extended in another direction from both ends of the body, the bent and extended portion of the leg being inserted through the connection hole respectively formed in the at least two PCBs (100, 101), a bent and extended end of the leg being bent inward to be tightly fixed to a lower surface of the PCB, the PCB assembly being characterized in that a fixing groove is formed at the lower surface of the PCB to have an inner shape in which the bent and extended end of the leg of the connection metal pin is inserted and fixed.
Portable assembly for emergency oxygen distribution, comprising an oxygen storage cartridge comprising a tubular body closed at two opposite ends (13A, 13B) and delimiting an internal volume that serves to store gaseous oxygen, and in which: - the internal volume comprises a central chamber containing at least one bed of adsorbent, and - at least one gas flow control valve (2, 3) is arranged at each of the two opposite ends (13A, 13B), each control valve (2, 3) comprising a valve body, an annular sealing means, a movable element and an elastic means cooperating to control the passage of gas through each control valve (2, 3) so that each control valve (2, 3) can adopt at least: ∘ a closed position, in which no gas flow can enter or leave the internal volume of the tubular body by passing through the control valve (2, 3) in question, and ∘ an open position, in which a gas flow can enter or leave the internal volume through the control valve (2, 3) in question, characterized in that the cartridge is fluidically connected to a gas reservoir and to a respiratory interface. - the internal volume comprises a central chamber containing at least one bed of adsorbent, and - at least one gas flow control valve (2, 3) is arranged at each of the two opposite ends (13A, 13B), each control valve (2, 3) comprising a valve body, an annular sealing means, a movable element and an elastic means cooperating to control the passage of gas through each control valve (2, 3) so that each control valve (2, 3) can adopt at least: ∘ a closed position, in which no gas flow can enter or leave the internal volume of the tubular body by passing through the control valve (2, 3) in question, and ∘ an open position, in which a gas flow can enter or leave the internal volume through the control valve (2, 3) in question, ∘ a closed position, in which no gas flow can enter or leave the internal volume of the tubular body by passing through the control valve (2, 3) in question, and ∘ an open position, in which a gas flow can enter or leave the internal volume through the control valve (2, 3) in question,
A method operable in a 3GPP mobile communication system, comprising: receiving, by a User Equipment, UE, a downlink data transmission with Hybrid Automatic Repeat reQuest, HARQ, feedback disabled, wherein the downlink data transmission is scheduled by a Downlink Control Information, DCI, wherein the DCI has a reduced length in which a counter Downlink Assignment Indicator, c-DAI, and a total Downlink Assignment Indicator, t-DAI, are omitted; and multiplexing, by the UE, a plurality of HARQ-acknowledgment, HARQ-ACK, information bits to form a HARQ-ACK codebook, wherein the multiplexing of the HARQ-ACK information bits does not include multiplexing a HARQ-ACK information bit for the downlink data transmission in the HARQ-ACK codebook. receiving, by a User Equipment, UE, a downlink data transmission with Hybrid Automatic Repeat reQuest, HARQ, feedback disabled, wherein the downlink data transmission is scheduled by a Downlink Control Information, DCI, wherein the DCI has a reduced length in which a counter Downlink Assignment Indicator, c-DAI, and a total Downlink Assignment Indicator, t-DAI, are omitted; and multiplexing, by the UE, a plurality of HARQ-acknowledgment, HARQ-ACK, information bits to form a HARQ-ACK codebook, wherein the multiplexing of the HARQ-ACK information bits does not include multiplexing a HARQ-ACK information bit for the downlink data transmission in the HARQ-ACK codebook.
A frame assembly comprising: a mitered frame base including a plurality of mitered rail sections (100a,100B) that are joined together in corners of the mitered frame base by a plurality of fasteners, wherein each rail section (100a,100B) includes a planar landing, each fastener being installed into the planar landings of adjacent mitered rail sections (100a,100B) that define one of the corners, each mitered rail section including a first surface for receiving a glass plate and a print, each mitered rail section (100a,100B) including an inwardly facing retainer lip; a plurality of splines (200A,200B) that are configured to snap-fittingly mate with the plurality of mitered rail sections (100a,100B), each spline having a second surface that faces the first surface of one of the respective mitered rail sections (100, 100a, 100B) for securing the glass plate and print between the spline (200A,200B) and the mitered rail section (100a,100B); and characterized in that the frame assembly further comprises a plurality of corner inserts that are configured to snap-fittingly mate with the plurality of mitered rail sections (100a,100B), each corner insert having a plurality of outwardly directed beveled tabs which engage retainer lips of corresponding mitered rails sections (100a,100B) for coupling the corners inserts to the mitered rails sections (100a,100B).
Oral protection device comprising a dental wedge intended to be positioned between the dental arches on one side of the mouth and a protective plate composed of a first part intended to push back the tongue and a second part intended to provide support on the other side of the mouth in the vestibule, this device being characterised in that the second part of the plate is extended by a return to form a hook positioned at the corner of the mouth.
A computer-implemented method of calibrating a camera, comprising the steps of: a. making a video screen display a calibration pattern; b. acquiring from the camera a video stream of a scene comprising said calibration pattern displayed on the video screen; c. modifying the calibration pattern (1001, 1002, 1003), depending on the acquired video stream, and making the screen display the modified calibration pattern; said steps a. to c. being iterated a plurality of times; and then d. when enough data has been collected, estimating intrinsic calibration parameters of the camera by processing the acquired video streams. a. making a video screen display a calibration pattern; b. acquiring from the camera a video stream of a scene comprising said calibration pattern displayed on the video screen; c. modifying the calibration pattern (1001, 1002, 1003), depending on the acquired video stream, and making the screen display the modified calibration pattern; said steps a. to c. being iterated a plurality of times; and then d. when enough data has been collected, estimating intrinsic calibration parameters of the camera by processing the acquired video streams.
A method of determining paired immune receptor chains in a sample, the method comprising the steps of: (a) partitioning a sample containing lymphocytes expressing pairs of immune receptor chains into a plurality of subsets; (b) determining nucleotide sequences of a first chain of each pair of immune receptor chains of lymphocytes having such pairs in a portion of the plurality of subsets; (c) determining nucleotide sequences of a second chain of each pair of immune receptor chains of lymphocytes having such pairs in the same portion of the plurality of subsets; (d) identifying as paired immune receptor chains those pairs of first chains and second chains (i) that, for every subset of the portion, either occur together or do not occur and (ii) that occur together in at least one subset of the portion and do not occur in at least one subset of the portion. (a) partitioning a sample containing lymphocytes expressing pairs of immune receptor chains into a plurality of subsets; (b) determining nucleotide sequences of a first chain of each pair of immune receptor chains of lymphocytes having such pairs in a portion of the plurality of subsets; (c) determining nucleotide sequences of a second chain of each pair of immune receptor chains of lymphocytes having such pairs in the same portion of the plurality of subsets; (d) identifying as paired immune receptor chains those pairs of first chains and second chains (i) that, for every subset of the portion, either occur together or do not occur and (ii) that occur together in at least one subset of the portion and do not occur in at least one subset of the portion.