mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication in a time division duplex (TDD) multiple input, multiple output (MIMO) system, comprising: receiving an uplink reference signal from a served user equipment (UE) on each channel corresponding to one or more transmit antennas of the served UE , wherein the one or more transmit antennas are fewer than a plurality of receive antennas of the served UE; calculating a downlink channel estimate based on the uplink reference signal ; receiving an interference report from the served UE, wherein the interference report identifies an interference level associated with one or more receive antennas with transmission capability; selecting a precoder based on the received interference report and the downlink channel estimate; beamforming data using the selected precoder ; further including: estimating an adjustment value representing an estimated interference amount associated with one or more unmatched receive antennas of the served UE, wherein the one or more unmatched receive antennas include the plurality of receive antennas minus the one or more receive antennas with transmission capability ; and selecting a transmission rate based on a combination of the interference level and the adjustment value. receiving an uplink reference signal from a served user equipment (UE) on each channel corresponding to one or more transmit antennas of the served UE , wherein the one or more transmit antennas are fewer than a plurality of receive antennas of the served UE; calculating a downlink channel estimate based on the uplink reference signal ; receiving an interference report from the served UE, wherein the interference report identifies an interference level associated with one or more receive antennas with transmission capability; selecting a precoder based on the received interference report and the downlink channel estimate; beamforming data using the selected precoder ; further including: estimating an adjustment value representing an estimated interference amount associated with one or more unmatched receive antennas of the served UE, wherein the one or more unmatched receive antennas include the plurality of receive antennas minus the one or more receive antennas with transmission capability ; and selecting a transmission rate based on a combination of the interference level and the adjustment value. estimating an adjustment value representing an estimated interference amount associated with one or more unmatched receive antennas of the served UE, wherein the one or more unmatched receive antennas include the plurality of receive antennas minus the one or more receive antennas with transmission capability ; and selecting a transmission rate based on a combination of the interference level and the adjustment value.
Apparatus comprising: a cerebrospinal fluid (CSF) electrode , configured to be implanted in a CSF-filled space of a brain of a subject identified as at risk of or suffering from a disease, the CSF-filled space selected from the group consisting of: a ventricular system and a subarachnoid space ; and control circuitry , characterized in that : the apparatus further comprises a parenchymal electrode , configured to be implanted in brain parenchyma of the subject, or on and in contact with an outer surface of the brain parenchyma , and the control circuitry is configured to drive the parenchymal and the CSF electrodes to clear a substance from the brain parenchyma into the CSF-filled space of the brain. a cerebrospinal fluid (CSF) electrode , configured to be implanted in a CSF-filled space of a brain of a subject identified as at risk of or suffering from a disease, the CSF-filled space selected from the group consisting of: a ventricular system and a subarachnoid space ; and control circuitry , characterized in that : the apparatus further comprises a parenchymal electrode , configured to be implanted in brain parenchyma of the subject, or on and in contact with an outer surface of the brain parenchyma , and the control circuitry is configured to drive the parenchymal and the CSF electrodes to clear a substance from the brain parenchyma into the CSF-filled space of the brain. the apparatus further comprises a parenchymal electrode , configured to be implanted in brain parenchyma of the subject, or on and in contact with an outer surface of the brain parenchyma , and the control circuitry is configured to drive the parenchymal and the CSF electrodes to clear a substance from the brain parenchyma into the CSF-filled space of the brain.
An oral care implement comprising: an elongate body extending from a proximal end to a distal end; a head disposed at the distal end of the elongate body ; a tooth cleaning element disposed at the head ; a speaker disposed in the elongate body at a distance spaced from the proximal end of the elongate body to emit sound toward the proximal end of the elongate body ; a sound chamber comprising an elongate internal space extending from a first opening proximate the speaker to a second opening proximate the proximal end of the elongate body , wherein sound emitted from the speaker passes through the sound chamber ; characterized in that a removable cartridge is disposed in the elongate body ; in that the sound chamber comprises a first portion and a second portion aligned with the first portion , wherein the first portion of the sound chamber is disposed in the elongate body and the removable cartridge comprises the second portion of the sound chamber , and in that the oral care implement further comprises a seal sealing the first portion of the sound chamber relative to the second portion of the sound chamber . an elongate body extending from a proximal end to a distal end; a head disposed at the distal end of the elongate body ; a tooth cleaning element disposed at the head ; a speaker disposed in the elongate body at a distance spaced from the proximal end of the elongate body to emit sound toward the proximal end of the elongate body ; a sound chamber comprising an elongate internal space extending from a first opening proximate the speaker to a second opening proximate the proximal end of the elongate body , wherein sound emitted from the speaker passes through the sound chamber ; characterized in that a removable cartridge is disposed in the elongate body ; in that the sound chamber comprises a first portion and a second portion aligned with the first portion , wherein the first portion of the sound chamber is disposed in the elongate body and the removable cartridge comprises the second portion of the sound chamber , and in that the oral care implement further comprises a seal sealing the first portion of the sound chamber relative to the second portion of the sound chamber .
An assembly for actuating a syringe , the syringe comprising a containment cylinder provided with at least one gripping element projecting outwards from the containment cylinder itself, and a piston slidably engaged in the containment cylinder and provided with an end head ; said assembly comprising first and second gripping devices for gripping the containment cylinder and, respectively, the piston ; and an actuation device for displacing the first and second gripping devices with respect to one another in a direction substantially parallel to a longitudinal axis of the syringe ; each gripping device comprising two corresponding jaws for gripping the gripping element and, respectively, the end head ; wherein: - the jaws (24, 26,) of the first gripping device are mobile with respect to one another between a gripping position and a release position of the gripping element , in which the jaws of the first gripping device are mobile with respect to one another in said direction ; - the jaws of the second gripping device are mobile with respect to one another between a gripping position and a release position of the end head ; - actuator means are provided for displacing the jaws of the first and second gripping devices , the jaws of each of the first and second gripping device are mobile with respect to one another between a corresponding said gripping position and a corresponding said release position under the thrust of corresponding said actuator means . - the jaws (24, 26,) of the first gripping device are mobile with respect to one another between a gripping position and a release position of the gripping element , in which the jaws of the first gripping device are mobile with respect to one another in said direction ; - the jaws of the second gripping device are mobile with respect to one another between a gripping position and a release position of the end head ; - actuator means are provided for displacing the jaws of the first and second gripping devices , the jaws of each of the first and second gripping device are mobile with respect to one another between a corresponding said gripping position and a corresponding said release position under the thrust of corresponding said actuator means .
Hinging element for window or door frames, or suchlike, comprising a cylindrical body directed along a hinging axis (Y) and a plurality of attachment elements for connection with a structure of a window or door frame , characterized in that it comprises a box-shaped housing of the female type configured to be positioned, during use, in a seating of said structure and at least partly accommodate said attachment elements , and a box-shaped element of the male type integral with said cylindrical body and configured to at least partly cover said attachment elements and to be inserted in said box-shaped housing .
A method of processing exhaust gas containing CO 2 and O 2 , such as exhaust gas from a cement production plant, comprising the steps of: - introducing the exhaust gas into a combustion reactor, - burning fuel in the combustion reactor with the O 2 content of the exhaust gas being used as an oxidizing agent, - controlling the combustion in the combustion reactor so that the exhaust gas from the combustion reactor contains less than 10 vol.-% of oxygen and at least 80 vol.-% of a mixture of CO and CO 2 , - feeding the exhaust gas from the combustion reactor into a CO 2/ CO conversion reactor, in which the CO 2 and optionally the CO contained in the exhaust gas is converted into a hydrocarbon fuel. - introducing the exhaust gas into a combustion reactor, - burning fuel in the combustion reactor with the O 2 content of the exhaust gas being used as an oxidizing agent, - controlling the combustion in the combustion reactor so that the exhaust gas from the combustion reactor contains less than 10 vol.-% of oxygen and at least 80 vol.-% of a mixture of CO and CO 2 , - feeding the exhaust gas from the combustion reactor into a CO 2/ CO conversion reactor, in which the CO 2 and optionally the CO contained in the exhaust gas is converted into a hydrocarbon fuel.
A line marking device comprising: a cart with at least one steerable wheel and at least two moving elements , wherein the steerable wheel is rotatable around its axle such that the cart is rollable over a surface and pivotable such that the cart is steered in a direction a GNSS receiver or a reflector for a robotic total station mounted on the cart at least one marking unit, preferably a spray nozzle , for depositing a material to mark a line mounted on the cart, wherein the marking unit is directed towards a ground below the line marking device and an interface mounted on the cart for a comparator adapted to compare a detected location by the GNSS receiver to a predetermined pattern characterized in that the cart comprises only one steerable wheel and a steering unit for autonomously pivoting the steerable wheel. a cart with at least one steerable wheel and at least two moving elements , wherein the steerable wheel is rotatable around its axle such that the cart is rollable over a surface and pivotable such that the cart is steered in a direction a GNSS receiver or a reflector for a robotic total station mounted on the cart at least one marking unit, preferably a spray nozzle , for depositing a material to mark a line mounted on the cart, wherein the marking unit is directed towards a ground below the line marking device and an interface mounted on the cart for a comparator adapted to compare a detected location by the GNSS receiver to a predetermined pattern characterized in that the cart comprises only one steerable wheel and a steering unit for autonomously pivoting the steerable wheel.
An ink reservoir including: an ink supply interface ; a duct forming a connection between the ink reservoir and the ink supply interface ; and a back pressure system comprising an anisotropic fibrous member for retaining solvent-based ink located within the ink reservoir , the fibrous member being established by a plurality of fibers having a fiber direction, wherein at least some of the fibers are facing the duct leading to the ink supply interface so that the fiber direction is oriented towards the duct , characterized by an adjustment member located between the fibrous member and the duct , wherein the volume of the adjustment member in relation to the fibrous member is less than 20%. an ink supply interface ; a duct forming a connection between the ink reservoir and the ink supply interface ; and a back pressure system comprising an anisotropic fibrous member for retaining solvent-based ink located within the ink reservoir , the fibrous member being established by a plurality of fibers having a fiber direction, wherein at least some of the fibers are facing the duct leading to the ink supply interface so that the fiber direction is oriented towards the duct , characterized by an adjustment member located between the fibrous member and the duct , wherein the volume of the adjustment member in relation to the fibrous member is less than 20%.
An absorbent article comprising a liquid pervious topsheet , a liquid impervious backsheet , absorbent material positioned between the liquid pervious topsheet and the liquid impervious backsheet, and a capillary acceleration sheet and/or a top core wrap between the absorbent material and the liquid pervious topsheet, wherein the absorbent material, typically comprising superabsorbent particles and optionally cellulosic fluff pulp, is arranged on a bottom core wrap such that one or more channels are formed, wherein less absorbent material per surface area is present in the one or more channels compared to an area around the one or more channels, wherein preferably substantially no absorbent material is present in the one or more channels, wherein the bottom core wrap is attached to the top core wrap and/or the capillary acceleration sheet in one or more permanent attachment zones in the respective one or more channels; each permanent attachment zone including all permanent attachment portions within the respective channel; wherein, seen in a transverse direction of the absorbent core, an average width (wb) of each permanent attachment zone is less than 90% of an average width (wc) of the corresponding channel and more than 25% of the average width (wc) of the corresponding channel; and/or wherein, seen in a longitudinal direction of the absorbent core, an average length (lb) of each permanent attachment zone is less than 99% of an average length (lc) of the corresponding channel and more than 50% of the average length (lc) of the corresponding channel. wherein the absorbent material, typically comprising superabsorbent particles and optionally cellulosic fluff pulp, is arranged on a bottom core wrap such that one or more channels are formed, wherein less absorbent material per surface area is present in the one or more channels compared to an area around the one or more channels, wherein preferably substantially no absorbent material is present in the one or more channels, wherein the bottom core wrap is attached to the top core wrap and/or the capillary acceleration sheet in one or more permanent attachment zones in the respective one or more channels; each permanent attachment zone including all permanent attachment portions within the respective channel; wherein, seen in a transverse direction of the absorbent core, an average width (wb) of each permanent attachment zone is less than 90% of an average width (wc) of the corresponding channel and more than 25% of the average width (wc) of the corresponding channel; and/or wherein, seen in a longitudinal direction of the absorbent core, an average length (lb) of each permanent attachment zone is less than 99% of an average length (lc) of the corresponding channel and more than 50% of the average length (lc) of the corresponding channel.
A method comprising: receiving , by a control unit , coherency probe messages and interrupts, the coherency probe messages being used to comply with a memory coherency protocol; generating , by the control unit , an interrupt message in a hybrid message format that is compatible with a format of coherency probe messages used by the coherency probe network , responsive to detecting the interrupt, wherein an embedded encoding of the hybrid message format distinguishes interrupt messages from coherency probe messages; sending , by the control unit via the coherency probe network , the interrupt message in the hybrid message format ; and receiving , by a cache subsystem via the coherency probe network , the interrupt message in the hybrid message format; determining , by the cache subsystem , whether the received interrupt message in the hybrid message format is a coherency probe message or an interrupt message based on the embedded encoding; and conveying the interrupt message to a processor core , responsive to the interrupt message in the hybrid message format being determined to be an interrupt message. receiving , by a control unit , coherency probe messages and interrupts, the coherency probe messages being used to comply with a memory coherency protocol; generating , by the control unit , an interrupt message in a hybrid message format that is compatible with a format of coherency probe messages used by the coherency probe network , responsive to detecting the interrupt, wherein an embedded encoding of the hybrid message format distinguishes interrupt messages from coherency probe messages; sending , by the control unit via the coherency probe network , the interrupt message in the hybrid message format ; and receiving , by a cache subsystem via the coherency probe network , the interrupt message in the hybrid message format; determining , by the cache subsystem , whether the received interrupt message in the hybrid message format is a coherency probe message or an interrupt message based on the embedded encoding; and conveying the interrupt message to a processor core , responsive to the interrupt message in the hybrid message format being determined to be an interrupt message.
An InGaAIN-based semiconductor device in which a polycrystalline nitride semiconductor layer or an amorphous nitride semiconductor layer expressed with a general expression In x Ga y Al z N (where x+y+z=1.0) is provided on a substrate, wherein composition of the nitride semiconductor layer falls within a range of 0.3≤x≤0.99and 0≤z<0.4, and the InGaAIN-based semiconductor device includes the nitride semiconductor layer having a film thickness between 1nm and 10 nm as a channel.
A method performed in a full-duplex, FD, compatible access point, AP, the method comprising: in response to receiving a request to send, RTS, frame from a first station, STA, transmitting a full-duplex clear to send, FD CTS, frame to the first STA and a full-duplex request to send, FD RTS, frame to a second STA; sending , to the FD compatible AP itself, an FD preamble to set up an FD filter, wherein the FD preamble includes training information to enable the FD compatible AP to perform FD filter estimation; in response to transmitting the FD RTS frame to the second STA, receiving a clear to send (CTS) frame from the second STA; and transmitting , to both the first STA and the second STA, a full-duplex, FD, trigger frame that includes scheduling information to trigger FD communication with the first STA for uplink, UL, data and the second STA for downlink, DL, data at a same time. in response to receiving a request to send, RTS, frame from a first station, STA, transmitting a full-duplex clear to send, FD CTS, frame to the first STA and a full-duplex request to send, FD RTS, frame to a second STA; sending , to the FD compatible AP itself, an FD preamble to set up an FD filter, wherein the FD preamble includes training information to enable the FD compatible AP to perform FD filter estimation; in response to transmitting the FD RTS frame to the second STA, receiving a clear to send (CTS) frame from the second STA; and transmitting , to both the first STA and the second STA, a full-duplex, FD, trigger frame that includes scheduling information to trigger FD communication with the first STA for uplink, UL, data and the second STA for downlink, DL, data at a same time.
An information interaction method, comprising: displaying first service data in a first display area of a first service interface; displaying second service data in a second display area of the first service interface, wherein the second service data is data related to a second service and the second service data is also displayed on a second service interface; and updating, in response to receiving first feedback information with respect to the second service data displayed in the second display area via the first service interface, updating the second service interface based on the first feedback information received via the first service interface. displaying first service data in a first display area of a first service interface; displaying second service data in a second display area of the first service interface, wherein the second service data is data related to a second service and the second service data is also displayed on a second service interface; and updating, in response to receiving first feedback information with respect to the second service data displayed in the second display area via the first service interface, updating the second service interface based on the first feedback information received via the first service interface.
A method for patient model estimation from surface data in a medical system , the method comprising: capturing , with a three-dimensional camera, a stream of the surface data representing an outer surface of a patient at different times including a first time and a second time, the first time earlier than the second time; fitting the patient model in a first way to the surface data of the first time; monitoring for change in patient position; fitting the patient model in a second way to the surface data of the second time, where the second way is different than the first way and uses results of the fitting of the patient model in the first way, the fitting in the second way performed when the patient position is maintained; and adjusting a bed position of a bed of the medical system based on the fitting of the patient model in the second way. capturing , with a three-dimensional camera, a stream of the surface data representing an outer surface of a patient at different times including a first time and a second time, the first time earlier than the second time; fitting the patient model in a first way to the surface data of the first time; monitoring for change in patient position; fitting the patient model in a second way to the surface data of the second time, where the second way is different than the first way and uses results of the fitting of the patient model in the first way, the fitting in the second way performed when the patient position is maintained; and adjusting a bed position of a bed of the medical system based on the fitting of the patient model in the second way.
A pharmaceutical composition comprising Compound 1 or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable carrier: for use in a method of treating a patient diagnosed with a sickle cell disease (SCD), wherein the method comprises administering to the patient in need thereof a total of 25 mg-1,500 mg of Compound 1 each day.