mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a user equipment, the method comprising: determining from a received downlink control information that an uplink data channel is reconfigured for multi-cell periodic feedback of channel state information, and in response to the determining, utilising at least a first and a second instance of the uplink data channel to send the multi-cell periodic feedback of the channel state information, said method characterized in that the control information indicates that the uplink data channel is reconfigured by at least one of: a predetermined combination of at least two fields of the control information, wherein the predetermined combination is inconsistent for user equipment which are not capable of multi-cell periodic feedback of channel state information, and wherein the predetermined combination comprises a modulation and coding scheme field set to a reserved value, a channel state indication field set to not trigger CSI, and a new data indication field indicating the uplink data channel is not a retransmission; and a predefined sequence in a resource allocation field of the control information, in which the predefined sequence is received by the user equipment in radio resource control signalling. determining from a received downlink control information that an uplink data channel is reconfigured for multi-cell periodic feedback of channel state information, and in response to the determining, utilising at least a first and a second instance of the uplink data channel to send the multi-cell periodic feedback of the channel state information, said method characterized in that the control information indicates that the uplink data channel is reconfigured by at least one of: a predetermined combination of at least two fields of the control information, wherein the predetermined combination is inconsistent for user equipment which are not capable of multi-cell periodic feedback of channel state information, and wherein the predetermined combination comprises a modulation and coding scheme field set to a reserved value, a channel state indication field set to not trigger CSI, and a new data indication field indicating the uplink data channel is not a retransmission; and a predefined sequence in a resource allocation field of the control information, in which the predefined sequence is received by the user equipment in radio resource control signalling. a predetermined combination of at least two fields of the control information, wherein the predetermined combination is inconsistent for user equipment which are not capable of multi-cell periodic feedback of channel state information, and wherein the predetermined combination comprises a modulation and coding scheme field set to a reserved value, a channel state indication field set to not trigger CSI, and a new data indication field indicating the uplink data channel is not a retransmission; and a predefined sequence in a resource allocation field of the control information, in which the predefined sequence is received by the user equipment in radio resource control signalling.
Lead-free electric detonator comprising a cap, comprising a priming charge and an electrode, comprising a positive pole, a negative pole, and a resistor element, wherein the positive pole and the negative pole are electrically isolated from each other, wherein i) the positive pole or the negative pole of the electrode is configured as a pin axially arranged in the cap, and ii) the pole of opposite polarity to i) is configured as a socket arranged coaxially to the pin, wherein the resistor element is disposed, in bridging arrangement, between the centrally arranged pin and the coaxially arranged socket, wherein the resistor element is configured as a thin film bridge, comprising a layer of zirconium, the said priming charge comprising at least two primary explosives, a first primary explosive and a second primary explosive, and at least one secondary explosive, wherein the two primary explosives (9, 10) and the secondary explosive are arranged in layers, in an increasing degree of sensitivity, bearing one against the other, wherein the first primary explosive, constituting the most sensitive of the two primary explosives (9, 10), is arranged closest to the resistor element, and in that the second primary explosive is arranged thereafter between the first primary explosive and the secondary explosive.
A method executable by a data processing system to provide a media stream to a client device via a network, the method comprising: maintaining a first set of files that collectively represents the media stream, wherein each of the first set of files is encoded at a first frame rate and wherein the first set of files is sequentially ordered according to a time index; simultaneously maintaining a second set of files that collectively represents the same media stream sequentially-ordered according to the same time index as the first set of files, so that files from the first and second sets of files can be sequentially intermixed by the client device, wherein the second set of files is encoded at a second frame rate that is different from the first frame rate, and wherein the frames in each of the second set of files are encoded in reverse order in comparison to the frames in the first set of files; sequentially providing files from the first set of files to the client device via the network during normal playback of the media stream; and in response to a user of the client device instructing a trick play operation, sequentially providing files from the second set of files to the client device during the trick play operation; wherein each of the second sets of files comprises a series of frames provided at regular intervals, and the trick play operation is reverse playback. maintaining a first set of files that collectively represents the media stream, wherein each of the first set of files is encoded at a first frame rate and wherein the first set of files is sequentially ordered according to a time index; simultaneously maintaining a second set of files that collectively represents the same media stream sequentially-ordered according to the same time index as the first set of files, so that files from the first and second sets of files can be sequentially intermixed by the client device, wherein the second set of files is encoded at a second frame rate that is different from the first frame rate, and wherein the frames in each of the second set of files are encoded in reverse order in comparison to the frames in the first set of files; sequentially providing files from the first set of files to the client device via the network during normal playback of the media stream; and in response to a user of the client device instructing a trick play operation, sequentially providing files from the second set of files to the client device during the trick play operation; wherein each of the second sets of files comprises a series of frames provided at regular intervals, and the trick play operation is reverse playback.
G protein-Coupled Receptor19 (GPCR19) agonist in an antiallergic effective amount for use as a medicament in the prophylactic or therapeutic treatment of allergic skin diseases, wherein the GPCR19 agonist is sodium taurodeoxycholate.
An electrically-operated ON/OFF valve for a highpressure gas tank, comprising: - a valve body comprising a main seat, an inlet duct which opens in the main seat with an inlet port and an outlet duct which starts from the main seat with an outlet port; - an electrically-operable solenoid group connected to the valve body, comprising a movable core movable in translation by operating the solenoid group; - a first gate movable by the movable core; - a sealing element provided with: i) an element passage having an opening with which the first gate is sealingly engaged in order to achieve a first-stage seal; and ii) a main sealing surface adapted to sealingly engage the outlet port of the outlet duct to achieve a second-stage seal; - wherein the sealing element is made in one piece, of a polymeric material, so that the first-stage seal and the second-stage seal are both achieved by means of the sealing element; characterised in that the ON/OFF valve comprises a drawer slidably housed in the main seat, having an inner compartment wherein the first gate is slidably housed, wherein the sealing element is carried by said drawer and the opening opens in said inner compartment of the drawer. - a valve body comprising a main seat, an inlet duct which opens in the main seat with an inlet port and an outlet duct which starts from the main seat with an outlet port; - an electrically-operable solenoid group connected to the valve body, comprising a movable core movable in translation by operating the solenoid group; - a first gate movable by the movable core; - a sealing element provided with: i) an element passage having an opening with which the first gate is sealingly engaged in order to achieve a first-stage seal; and ii) a main sealing surface adapted to sealingly engage the outlet port of the outlet duct to achieve a second-stage seal; i) an element passage having an opening with which the first gate is sealingly engaged in order to achieve a first-stage seal; and ii) a main sealing surface adapted to sealingly engage the outlet port of the outlet duct to achieve a second-stage seal; - wherein the sealing element is made in one piece, of a polymeric material, so that the first-stage seal and the second-stage seal are both achieved by means of the sealing element;
An inkjet recording device comprising: an ink container for holding ink that is printed on a printing object; a nozzle that is connected to the ink container and discharges the ink; a charging electrode for charging a specified portion of the ink discharged from the nozzle; a deflecting electrode for deflecting the ink charged at the charging electrode; a gutter that collects the ink that is not used for printing; and a control unit that controls the printing, wherein at the control unit it is controlled such that the ink particles that are adjoining to the ink particles used for the printing and are not used for the printing are charged with the charging electrode; characterized in that: at the control unit it is controlled such that a travelling speed of the printing object is calculated when the printing object passes the nozzle based on acceleration of the printing object; the number of ink particles that are not used for the printing according to the travelling speed is calculated; and the printing is performed with a total number of ink particles using the calculated number of ink particles not used for the printing and the number of ink particles used in a specified manner for the printing. an ink container for holding ink that is printed on a printing object; a nozzle that is connected to the ink container and discharges the ink; a charging electrode for charging a specified portion of the ink discharged from the nozzle; a deflecting electrode for deflecting the ink charged at the charging electrode; a gutter that collects the ink that is not used for printing; and a control unit that controls the printing, wherein at the control unit it is controlled such that the ink particles that are adjoining to the ink particles used for the printing and are not used for the printing are charged with the charging electrode; characterized in that: at the control unit it is controlled such that a travelling speed of the printing object is calculated when the printing object passes the nozzle based on acceleration of the printing object; the number of ink particles that are not used for the printing according to the travelling speed is calculated; and the printing is performed with a total number of ink particles using the calculated number of ink particles not used for the printing and the number of ink particles used in a specified manner for the printing. at the control unit it is controlled such that a travelling speed of the printing object is calculated when the printing object passes the nozzle based on acceleration of the printing object; the number of ink particles that are not used for the printing according to the travelling speed is calculated; and the printing is performed with a total number of ink particles using the calculated number of ink particles not used for the printing and the number of ink particles used in a specified manner for the printing.
A cyclic backbone peptide that binds Toll Like Receptor 4 with at least one of co-receptors myeloid differentiation factor 2 and cluster of differentiation 14, the peptide comprising a sequence selected from the group consisting of SEQ ID Nos. 6-8, 13-14 and 19-22.
A method for manufacturing a heat transfer tube comprising a superhydrophobic surface, the method comprising: ultrasonicating a heat transfer tube using an organic solvent; washing the ultrasonicated heat transfer tube; removing a metal oxide on a surface of the heat transfer tube by dipping the washed heat transfer tube into an acidic solution; preparing a dipping solution configured to form nanostructures on a surface of the heat transfer tube; and dipping the heat transfer tube with the metal oxide removed into the dipping solution for forming nanostructures on the surface of the heat transfer tube. ultrasonicating a heat transfer tube using an organic solvent; washing the ultrasonicated heat transfer tube; removing a metal oxide on a surface of the heat transfer tube by dipping the washed heat transfer tube into an acidic solution; preparing a dipping solution configured to form nanostructures on a surface of the heat transfer tube; and dipping the heat transfer tube with the metal oxide removed into the dipping solution for forming nanostructures on the surface of the heat transfer tube.
An accessory assembly of a turbine engine, comprising: - a support structure; - a transmission shaft coupled to said support structure by means of a pair of main bearings and comprising an end portion, which axially protrudes with respect to one of said main bearings and comprises a shear neck designed to break when the torque transmitted to such a shaft exceeds a predetermined design threshold; - a gear arranged outside said support structure, defining, in use, a motion inlet and coupled in a fixed position to said end portion; when said shear neck breaks, said gear remains coupled to said support structure by means of a single secondary bearing, which is distinct from said main bearings (6, 7) and is arranged axially between said shear neck and said gear; characterized in that radial clearance is provided at said secondary bearing, when said shear neck is intact, so as to avoid a hyperstatic condition. - a support structure; - a transmission shaft coupled to said support structure by means of a pair of main bearings and comprising an end portion, which axially protrudes with respect to one of said main bearings and comprises a shear neck designed to break when the torque transmitted to such a shaft exceeds a predetermined design threshold; - a gear arranged outside said support structure, defining, in use, a motion inlet and coupled in a fixed position to said end portion;
An apparatus for operating on tissue, the apparatus comprising: (a) an interface assembly for use with a robotic system, wherein the interface assembly comprises: a first drive assembly, wherein the interface assembly is configured to receive inputs from an operator to actuate the first drive assembly, wherein the first drive assembly is positioned along a first axis; and (b) a shaft assembly removably couplable with the interface assembly, wherein the shaft assembly comprises: an end effector, wherein the first drive assembly of the interface assembly is operable to actuate the end effector of the shaft assembly, wherein the shaft assembly is positioned along a second axis, wherein the second axis is substantially perpendicular to the first axis; wherein the first drive assembly is translatable along a path that is substantially perpendicular to both the first axis and the second axis to selectively engage the shaft assembly. (a) an interface assembly for use with a robotic system, wherein the interface assembly comprises: a first drive assembly, wherein the interface assembly is configured to receive inputs from an operator to actuate the first drive assembly, wherein the first drive assembly is positioned along a first axis; and (b) a shaft assembly removably couplable with the interface assembly, wherein the shaft assembly comprises: an end effector, wherein the first drive assembly of the interface assembly is operable to actuate the end effector of the shaft assembly, wherein the shaft assembly is positioned along a second axis, wherein the second axis is substantially perpendicular to the first axis;
A hybrid vehicle characterized by comprising: an internal combustion engine in which the amount of fuel supply is controlled by opening and closing a throttle valve and that outputs motive force to a drive shaft connected to a driving wheel (36, 45) and an electricity generator; a storage battery that accumulates the electricity produced by the electricity generator; an electric motor that is driven by electricity produced by the electricity generator or the storage battery and outputs motive force to the drive shaft; an exhaust gas supply unit that supplies exhaust gas, exhausted from the internal combustion engine, to an intake system of the internal combustion engine; a clutch mechanism that cuts off the motive force transmitted from the internal combustion engine to the drive shaft; a pressure measurement unit that measures a pressure of the intake system; and a fault detection unit that performs fault detection of the exhaust gas supply unit using a measurement result of the pressure measurement unit when the clutch mechanism cuts off the motive force transmitted from the internal combustion engine to the drive shaft to cause the driving wheel (36, 45) to be driven by the electric motor, and the throttle valve is opened to supply fuel to cause the electricity generator to produce electricity. an internal combustion engine in which the amount of fuel supply is controlled by opening and closing a throttle valve and that outputs motive force to a drive shaft connected to a driving wheel (36, 45) and an electricity generator; a storage battery that accumulates the electricity produced by the electricity generator; an electric motor that is driven by electricity produced by the electricity generator or the storage battery and outputs motive force to the drive shaft; an exhaust gas supply unit that supplies exhaust gas, exhausted from the internal combustion engine, to an intake system of the internal combustion engine; a clutch mechanism that cuts off the motive force transmitted from the internal combustion engine to the drive shaft; a pressure measurement unit that measures a pressure of the intake system; and a fault detection unit that performs fault detection of the exhaust gas supply unit using a measurement result of the pressure measurement unit when the clutch mechanism cuts off the motive force transmitted from the internal combustion engine to the drive shaft to cause the driving wheel (36, 45) to be driven by the electric motor, and the throttle valve is opened to supply fuel to cause the electricity generator to produce electricity.
A high-strength hot-rolled steel sheet having a chemical composition consisting of, by mass%, C: 0.060% or more and 0.140% or less, Si: 1.00% or less, Mn: 1.70% or more and 2.50% or less, P: 0.030% or less, S: 0.0050% or less, Al: 0.070% or less, N: 0.010% or less, Ti: 0.060% or more and 0.140% or less, Cr: 0.10% or more and 0.50% or less, B: 0.0002% or more and 0.0020% or less, and optionally one or more of V: 0.05% or more and 0.50% or less, Nb: 0.005% or more and 0.100% or less, Cu: 0.01% or more and 0.40% or less, Ni: 0.01% or more and 0.40% or less, Mo: 0.01% or more and 0.40% or less, Ca: 0.0002% or more and 0.0055% or less and REM: 0.0002% or more and 0.0100% or less, the balance being Fe and inevitable impurities, in which C, Mn, Cr, and B satisfy relational expression below, and a microstructure including a bainite phase as a main phase in an amount of more than 90% in terms of area ratio and, optionally, one, two, or all of a ferrite phase, a martensite phase, and a retained austenite phase as second phases in an amount of less than 10% in total in terms of area ratio, wherein the average grain diameter of the bainite phase is 2.5 μm or less, wherein the spacing between Fe-based carbides precipitated in bainitic ferrite grains in the bainite phase is 600 nm or less, and wherein a tensile strength TS is 980 MPa or more: 5.0 ≤ 18 ⁢ C + Mn + 1.3 ⁢ Cr + 1500 ⁢ B ≤ 6.0 C, Mn, Cr, and B respectively denote the contents mass % of C, Mn, Cr, and B wherein the steel sheet has a punching workability evaluated by holding a blank sheet with a blank holder from the top and punching the blank sheet with a flat-bottomed punch having a diameter of 10 mmφ while setting die hole diameters so that the punching clearance is 10%, 15%, 20%, 25%, and 30%, and by observing the five punched holes with a microscope at a magnification of 50 times, so that at least three punched holes are without cracking, chipping, a brittle fracture surface, or a secondary shear surface.
A base cover for a lower housing of a convertible computing device, comprising: a first metallic structure positioned in the lower housing; wherein the base cover is a surface on which the convertible computing device rests in a laptop configuration, characterized in that a second metallic structure is electrically isolated from the first metallic structure, and the second metallic structure is positioned in the lower housing and directly below an antenna slot defined in an upper housing of the convertible computing device when the upper housing is positioned over and parallel to the lower housing in a tablet configuration. a first metallic structure positioned in the lower housing; wherein the base cover is a surface on which the convertible computing device rests in a laptop configuration, characterized in that a second metallic structure is electrically isolated from the first metallic structure, and the second metallic structure is positioned in the lower housing and directly below an antenna slot defined in an upper housing of the convertible computing device when the upper housing is positioned over and parallel to the lower housing in a tablet configuration.
A method of protecting a graphical object represented by a list of vertices and a list of surfaces, each surface being defined by a number N vertices, the method comprising the steps, in a device, of: - selecting a surface S with N vertices; - computing a new vertex d at an offset from the surface S using a random or pseudo-random function; - inserting the new vertex d at the end of the list of vertices; - creating N new surfaces S 1- SN from the surface S and the new vertex d, each new surface S 1- SN being in part defined by the new vertex d; and - replacing the selected surface S by the new surfaces S 1- SN in the list of surfaces. - selecting a surface S with N vertices; - computing a new vertex d at an offset from the surface S using a random or pseudo-random function; - inserting the new vertex d at the end of the list of vertices; - creating N new surfaces S 1- SN from the surface S and the new vertex d, each new surface S 1- SN being in part defined by the new vertex d; and - replacing the selected surface S by the new surfaces S 1- SN in the list of surfaces.