mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring a User Equipment, UE, to operate on a machine-type communication, MTC, region of a wireless spectrum, the method comprising: receiving, at the UE from an evolved Node B, eNB, a physical downlink control channel, PDCCH, transmission on a licensed band; receiving, at the UE from the eNB, a machine-type communication system information block, M-SIB, in the MTC region; characterised by: receiving, from the eNB, a channel state information reference signal, CSI-RS, in the MTC region, wherein resource element mapping around the CSI-RS within the MTC region is rate-matched; avoiding collisions between the CSI-RS and transmissions in the MTC region; and transmitting, from the UE, a data transmission on the MTC region in an uplink, wherein the MTC region includes a subset of frequencies of the licensed band. receiving, at the UE from an evolved Node B, eNB, a physical downlink control channel, PDCCH, transmission on a licensed band; receiving, at the UE from the eNB, a machine-type communication system information block, M-SIB, in the MTC region; characterised by: receiving, from the eNB, a channel state information reference signal, CSI-RS, in the MTC region, wherein resource element mapping around the CSI-RS within the MTC region is rate-matched; avoiding collisions between the CSI-RS and transmissions in the MTC region; and transmitting, from the UE, a data transmission on the MTC region in an uplink, wherein the MTC region includes a subset of frequencies of the licensed band. receiving, from the eNB, a channel state information reference signal, CSI-RS, in the MTC region, wherein resource element mapping around the CSI-RS within the MTC region is rate-matched; avoiding collisions between the CSI-RS and transmissions in the MTC region; and transmitting, from the UE, a data transmission on the MTC region in an uplink, wherein the MTC region includes a subset of frequencies of the licensed band.
A method comprising: receiving an audio signal at an encoder; generating, at the encoder, a first signal corresponding to a first component of a high-band portion of the audio signal, the first component having a first frequency range; generating, at the encoder, a high-band excitation signal corresponding to a second component of the high-band portion of the audio signal, the second component having a second frequency range that differs from the first frequency range; and providing, at the encoder, the high-band excitation signal to a filter having filter coefficients generated based on the first signal to generate a synthesized version of the high-band portion of the audio signal. receiving an audio signal at an encoder; generating, at the encoder, a first signal corresponding to a first component of a high-band portion of the audio signal, the first component having a first frequency range; generating, at the encoder, a high-band excitation signal corresponding to a second component of the high-band portion of the audio signal, the second component having a second frequency range that differs from the first frequency range; and providing, at the encoder, the high-band excitation signal to a filter having filter coefficients generated based on the first signal to generate a synthesized version of the high-band portion of the audio signal.
A pharmaceutical syringe using a columnar body, the pharmaceutical syringe comprising; an information recording medium; and a columnar main body to the outer peripheral face of which the information recording medium is affixed, wherein the information recording medium comprises: a sheet-form member; a plurality of information symbols that are displayed on the surface of the sheet-form member and that each have the same information; characterized in that an end recognition component is provided at one end and/or the other end of the sheet-form member, for allowing an information reading device that reads the information symbols to recognize the end of the sheet-form member, the information recording medium is such that one or the other end of the sheet-form member is wound around the columnar main body so as to overlap the surface of the respective other end and cover part of the plurality of information symbols, the end recognition component is an edge line formed in the sheet-form member, a center line which is formed in a direction substantially perpendicular to the edge line is provided to the center axis portion along the reading direction of the information reading device of the sheet-form member, and start marks are provided on both sides of the center line. a sheet-form member; a plurality of information symbols that are displayed on the surface of the sheet-form member and that each have the same information; characterized in that an end recognition component is provided at one end and/or the other end of the sheet-form member, for allowing an information reading device that reads the information symbols to recognize the end of the sheet-form member, the information recording medium is such that one or the other end of the sheet-form member is wound around the columnar main body so as to overlap the surface of the respective other end and cover part of the plurality of information symbols, the end recognition component is an edge line formed in the sheet-form member, a center line which is formed in a direction substantially perpendicular to the edge line is provided to the center axis portion along the reading direction of the information reading device of the sheet-form member, and start marks are provided on both sides of the center line.
A solid-state imaging device comprising: a CMOS imaging sensor, including a plurality of pixel blocks arranged in a matrix, respective ones of the pixel blocks including a plurality of pixels configured to generate a charge corresponding to input light, wherein respective ones of the pixels within a respective pixel block are arranged in a square submatrix, and a plurality of analog-to-digital converters, respective ones of the analog-to-digital converters disposed corresponding to respective ones of the pixel blocks; the solid-state imaging device further comprising a control unit including a vertical scanning unit and a horizontal scanning unit; wherein the control unit is configured to scan the pixels of each pixel block according to a scanning sequence associated with the respective pixel block, the scanning sequence being set so as to sequentially scan the pixels of the respective pixel block at a timing such that adjacent pixels of adjacent pixel blocks which are located on a boundary of the adjacent pixel blocks are scanned simultaneously. a CMOS imaging sensor, including a plurality of pixel blocks arranged in a matrix, respective ones of the pixel blocks including a plurality of pixels configured to generate a charge corresponding to input light, wherein respective ones of the pixels within a respective pixel block are arranged in a square submatrix, and a plurality of analog-to-digital converters, respective ones of the analog-to-digital converters disposed corresponding to respective ones of the pixel blocks; the solid-state imaging device further comprising a control unit including a vertical scanning unit and a horizontal scanning unit; wherein the control unit is configured to scan the pixels of each pixel block according to a scanning sequence associated with the respective pixel block, the scanning sequence being set so as to sequentially scan the pixels of the respective pixel block at a timing such that adjacent pixels of adjacent pixel blocks which are located on a boundary of the adjacent pixel blocks are scanned simultaneously.
A method for preparing a biological material for implanting, said method comprising: providing a reduced pressure chamber; forming a first accelerated Neutral Beam within said reduced pressure chamber comprising forming a first accelerated gas cluster ion beam along a beam path; dissociating gas clusters of the gas cluster ion beam along the beam path, removing ions from the dissociated gas clusters along beam path; providing a holder within said reduced pressure chamber for holding the biological material; positioning said biological material in said holder in said reduced pressure chamber; and irradiating at least a first portion of a surface of said biological material with said first accelerated Neutral Beam, wherein said surface of said biological material undergoes a change in properties. providing a reduced pressure chamber; forming a first accelerated Neutral Beam within said reduced pressure chamber comprising forming a first accelerated gas cluster ion beam along a beam path; dissociating gas clusters of the gas cluster ion beam along the beam path, removing ions from the dissociated gas clusters along beam path; providing a holder within said reduced pressure chamber for holding the biological material; positioning said biological material in said holder in said reduced pressure chamber; and irradiating at least a first portion of a surface of said biological material with said first accelerated Neutral Beam, wherein said surface of said biological material undergoes a change in properties.
Rollator-trolley assembly, comprising a frame including at least two spaced apart interconnected lateral frame sides (3, 4), wherein at a bottom side of each lateral frame side (3, 4) at least one front wheel and at least one rear wheel is provided, the frame further comprising a handle at a rear upper side of the frame continuously arranged between the two lateral frame sides, wherein the handle is adjustable between a rollator position, in which the handle is directed to a front side of the assembly, and a trolley position, in which the handle is directed towards a rear side of the assembly; wherein a transverse distance between the at least two lateral frame sides (3, 4) provides a free walking space between the at least two rear wheels in the rollator position, characterized in that the front wheels and the rear wheels define a support plane segment, that is bounded by the contact points of the wheels with a supporting surface, wherein the user walks inside the support plane segment during use in rollator position, wherein each lateral frame side comprises a first lateral profile to which the rear wheel is mountable, and a second lateral profile to which the front wheel is mountable, the assembly further comprising a folding body provided between the second lateral profiles of the lateral frame sides, so that the assembly is adjustable between a folded-out position, in which the lateral frame sides are spaced apart, and a folded-in position, in which the lateral frame sides are located adjacent to each other.
A combustion apparatus comprising: an indirectly fired burner having a burner inlet for receiving a supply of combustible pulverous fuel and a supply of comburant gas and a burner outlet in the vicinity of which combustion of the fuel is supported during use; at least a primary conduit defining a flow channel for conveying a mixture of fuel and primary comburant gas from the burner inlet to the burner outlet; a dense phase fuel feed line defining a flow channel adapted to convey a pulverous combustible fuel in a dense phase; and a supply conduit fluidly connecting a comburant gas supply to the primary conduit and defining with the primary conduit a primary flow stream; characterized in that; the fuel feed line is provided with a fuel feed outlet into the supply conduit upstream of the burner inlet to supply pulverous combustible fuel in a dense phase; and the primary flow stream is provided with a mixing device downstream of the fuel feed outlet and at the fuel and primary comburant gas inlet to the burner. an indirectly fired burner having a burner inlet for receiving a supply of combustible pulverous fuel and a supply of comburant gas and a burner outlet in the vicinity of which combustion of the fuel is supported during use; at least a primary conduit defining a flow channel for conveying a mixture of fuel and primary comburant gas from the burner inlet to the burner outlet; a dense phase fuel feed line defining a flow channel adapted to convey a pulverous combustible fuel in a dense phase; and a supply conduit fluidly connecting a comburant gas supply to the primary conduit and defining with the primary conduit a primary flow stream; characterized in that; the fuel feed line is provided with a fuel feed outlet into the supply conduit upstream of the burner inlet to supply pulverous combustible fuel in a dense phase; and the primary flow stream is provided with a mixing device downstream of the fuel feed outlet and at the fuel and primary comburant gas inlet to the burner.
An ocular implant system, comprising: a delivery device comprising means for forming an opening in the trabecular meshwork in an eye of the human body, the means comprising a pointed guidewire; and an elongated implant comprising an inlet section having an inlet end, a rigid or flexible distal section having an outlet end, and a lumen between the inlet end and the outlet end, the implant further comprising at least one opening at a location proximal the distal section, away from the outlet end, to allow flow of aqueous in more than one direction, wherein the system is configured for advancing the implant over the guidewire and positioning the implant in the opening through the trabecular meshwork so as to bypass trabecular meshwork at the level of trabecular meshwork and thereby use existing outflow pathways of the eye. a delivery device comprising means for forming an opening in the trabecular meshwork in an eye of the human body, the means comprising a pointed guidewire; and an elongated implant comprising an inlet section having an inlet end, a rigid or flexible distal section having an outlet end, and a lumen between the inlet end and the outlet end, the implant further comprising at least one opening at a location proximal the distal section, away from the outlet end, to allow flow of aqueous in more than one direction, wherein the system is configured for advancing the implant over the guidewire and positioning the implant in the opening through the trabecular meshwork so as to bypass trabecular meshwork at the level of trabecular meshwork and thereby use existing outflow pathways of the eye.
A method of processing video data, the method comprising: obtaining one or more blocks of video data; populating a history-based motion vector predictor, HMVP, table with two or more HMVP candidates, wherein a first entry of the HMVP table associated with a first index value comprises a first HMVP candidate and a second entry of the HMVP table associated with a second index value comprises a second HMVP candidate, the first index value being lower than the second index value; selecting, for an advanced motion vector prediction, AMVP, candidate list, a first set of one or more HMVP candidates from the HMVP table in a forward order, wherein the first HMVP candidate is selected before the second HMVP candidate according to the forward order; adding the selected first set of one or more HMVP candidates to the AMVP candidate list, the AMVP candidate list being used to perform AMVP for the one or more blocks; selecting, for a merge candidate list, a second set of one or more HMVP candidates from the HMVP table in a reverse order, wherein the second HMVP candidate is selected before the first HMVP candidate according to the reverse order; and adding the selected second set of one or more HMVP candidates to the merge candidate list, the merge candidate list being used to perform merge prediction for the one or more blocks. obtaining one or more blocks of video data; populating a history-based motion vector predictor, HMVP, table with two or more HMVP candidates, wherein a first entry of the HMVP table associated with a first index value comprises a first HMVP candidate and a second entry of the HMVP table associated with a second index value comprises a second HMVP candidate, the first index value being lower than the second index value; selecting, for an advanced motion vector prediction, AMVP, candidate list, a first set of one or more HMVP candidates from the HMVP table in a forward order, wherein the first HMVP candidate is selected before the second HMVP candidate according to the forward order; adding the selected first set of one or more HMVP candidates to the AMVP candidate list, the AMVP candidate list being used to perform AMVP for the one or more blocks; selecting, for a merge candidate list, a second set of one or more HMVP candidates from the HMVP table in a reverse order, wherein the second HMVP candidate is selected before the first HMVP candidate according to the reverse order; and adding the selected second set of one or more HMVP candidates to the merge candidate list, the merge candidate list being used to perform merge prediction for the one or more blocks.
Communication method of a voltage regulator (1, 2) of a motor vehicle alternator on an onboard network of said vehicle, of the type consisting in exchanging information frames (14, 15, 16, 17, 18, 20, 27) on a serial bus according to one or more different proprietary protocols compatible with a standardized protocol, characterized in that said information frames (14, 15, 16, 17, 18, 20, 27) are encoded or decoded on the basis of commands and states of a standard voltage regulator having predetermined characteristics, and in that it comprises the steps of: - reading or writing the fields (19, 21, 25, 26, 28) of said information frames (14, 15, 16, 17, 18, 20, 27) on the basis of their predetermined locations and lengths; - converting the values of said fields (19, 21, 25, 26, 28) by a linear interpolation; and - addressing the command and state registers of said standard voltage regulator on the basis of predetermined parameters. - reading or writing the fields (19, 21, 25, 26, 28) of said information frames (14, 15, 16, 17, 18, 20, 27) on the basis of their predetermined locations and lengths; - converting the values of said fields (19, 21, 25, 26, 28) by a linear interpolation; and - addressing the command and state registers of said standard voltage regulator on the basis of predetermined parameters.
A thin film transistor array substrate comprising: a base substrate and a thin film transistor functioning as a switching element, the thin film transistor comprising a gate electrode, a semiconductor layer, a semiconductor protective layer, a source electrode and a drain electrode, wherein the semiconductor layer is formed of a metal oxide semiconductor material; the semiconductor protective layer is disposed adjacent to the semiconductor layer and comprises a composite lamination structure, which comprises a protective layer formed of metal oxide and being in contact with the semiconductor layer and an insulating layer formed of an organic insulating material, wherein the gate electrode is provided on the base substrate, and the semiconductor layer is arranged over the gate electrode, wherein the semiconductor protective layer comprises a gate insulating composite lamination structure disposed between the gate electrode and the semiconductor layer and adjacent to a lower side of the semiconductor layer, the gate insulating composite lamination structure comprises a gate insulating protective layer formed of said metal oxide and being in contact with the semiconductor layer and a gate insulating layer formed of said organic insulating material.
Optical element comprising micro-optical structures, which comprises a membrane wafer as carrier basis of the micro-optical structures, an intermediate substrate connected to the membrane wafer, and a carrier, connected to the intermediate substrate, characterized in that the coefficients of thermal expansion of the membrane wafer, of the intermediate substrate and of the carrier are dimensioned such that a coefficient of expansion of the carrier is greater than a coefficient of expansion of the intermediate substrate and the coefficient of expansion of the intermediate substrate is greater than or equal to a coefficient of expansion of the membrane wafer.
An electrical connector (2, 12, 22) for a glazing, the electrical connector comprising a first connector foot (6, 16, 26, 36) and a second connector foot (8, 18, 28) for soldering to the glazing, and a bridge portion (4, 14, 24, 34) comprising sheet metal having a thickness in the range 0.1 mm to 0.8 mm linking the first connector foot and second connector foot, wherein the first connector foot and the second connector foot each are shaped so that 60% or more of the perimeter of each foot is curved and wherein the first connector foot and the second connector foot are connected to the bridge portion by a first neck portion (7, 17, 27, 37) and a second neck portion (9, 19, 29) respectively and the first neck portion and the second neck portion each have a narrower width than the bridge portion characterised in that, in a side view, the electrical connector has a step-like profile or "Z" shaped profile or "S" shaped profile and a double fold comprising an A fold and a B fold between each connector foot and the bridge.
Delivering tap for delivering liquids from a container, said delivering tap comprising: a cam seal; a plug; - a main body comprising a connecting element (3.20) having fitting means (3.1) for connecting to the container, and a supporting body (3.21) adapted to be closed by said plug, said plug cooperating with a cam seal separated from the supporting body (3.21), a rotation of the plug having a linear movement effect of the plug itself, said supporting body (3.21) comprising a first opening (3.2) for exiting liquid, and sealing means (3.3) cooperating with the first opening (3.2) and adapted to be connected to the plug, said supporting body (3.21) further comprising external guiding means (3.7) obtained on its external surface and adapted to guide the plug in the opening and closing steps of the plug cooperating with a cam profile; - wherein said plug comprises a central cylinder (2.3) having lower sealing means (2.1) obtained at its lower end and adapted to be coupled with the sealing means (3.3) of the main body to determine the seal of the plug next to the first opening (3.2); characterized in that said cam profile is made of two parts, the first part (2.6) of the cam profile being made on the plug and the second part (4.2) of the cam profile being made on the cam seal, so that when the plug is rotated, the external guiding means (3.7), moving in the groove formed of the first part (2.6) and of the second part (4.2) of the cam profile, generate a linear movement of the plug. - a main body comprising a connecting element (3.20) having fitting means (3.1) for connecting to the container, and a supporting body (3.21) adapted to be closed by said plug, said plug cooperating with a cam seal separated from the supporting body (3.21), a rotation of the plug having a linear movement effect of the plug itself, said supporting body (3.21) comprising a first opening (3.2) for exiting liquid, and sealing means (3.3) cooperating with the first opening (3.2) and adapted to be connected to the plug, said supporting body (3.21) further comprising external guiding means (3.7) obtained on its external surface and adapted to guide the plug in the opening and closing steps of the plug cooperating with a cam profile; - wherein said plug comprises a central cylinder (2.3) having lower sealing means (2.1) obtained at its lower end and adapted to be coupled with the sealing means (3.3) of the main body to determine the seal of the plug next to the first opening (3.2);