mhurhangee/ep-ind-claims huggingface dataset:
A turbine oil exhibiting maintained or improved antiwear performance as specified in SAE specification AS 5780 comprising a synthetic ester base oil, one or more of a polymeric aminic antioxidant and RDP antiwear additive of the formula: wherein R 1 is a C 1 to C 5 alkyl group, x is an integer ranging from zero to 4, n is an integer ranging from 1 to 7, each Ar is independently phenyl or naphthyl, R A, R B, R C and R D are the same or different C 1 to C 18 alkyl groups or hydrogen and, where any of R A to R D are other than hydrogen, the corresponding Z A, Z B, Z C and Z D are the same or different and range from 1 to up to the available valence of each Ar group, the RDP being present in an amount in the range 0.01 to 10 wt% based on active ingredient and contributing from 500 to 6000 ppm phosphorus, wherein the antiwear performance of the turbine oil as measured by the Wedeven Associates Machine test ranges from greater than 23 to 30, and wherein the polymeric aminic antioxidant is present in an amount in the range of 0.5 to 10 wt% based on active ingredient.
A computer implemented method, comprising: identifying one or more signals indicative of potential co-presence of a user with one or more individuals; causing a microphone of a client device of the user to be activated to sense one or more audible sounds in response to identifying the one or more signals; receiving from the client device of the user, audio information, wherein the audio information is based on the sensing of the one or more audible sounds by the client device; identifying one or more voice profiles, wherein each of the voice profiles is associated with an individual and indicates one or more voice characteristics of the associated individual; determining at least a given voice profile of the one or more voice profiles matches the audio information; determining co-presence of the user with at least the individual associated with the given voice profile based on determining the given voice profile matches the audio information; identifying an action that includes a trigger based on co-presence of the user and the individual associated with the given voice profile; and invoking the action based on the determined co-presence of the user with at least the individual associated with the given voice profile. identifying one or more signals indicative of potential co-presence of a user with one or more individuals; causing a microphone of a client device of the user to be activated to sense one or more audible sounds in response to identifying the one or more signals; receiving from the client device of the user, audio information, wherein the audio information is based on the sensing of the one or more audible sounds by the client device; identifying one or more voice profiles, wherein each of the voice profiles is associated with an individual and indicates one or more voice characteristics of the associated individual; determining at least a given voice profile of the one or more voice profiles matches the audio information; determining co-presence of the user with at least the individual associated with the given voice profile based on determining the given voice profile matches the audio information; identifying an action that includes a trigger based on co-presence of the user and the individual associated with the given voice profile; and invoking the action based on the determined co-presence of the user with at least the individual associated with the given voice profile.
An inkjet nozzle device comprising a main chamber having a floor, a roof and a perimeter wall extending between the floor and the roof, the main chamber comprising: a firing chamber having a nozzle aperture defined in the roof and an actuator for ejection of ink through the nozzle aperture; an antechamber for supplying ink to the firing chamber, the antechamber having a main chamber inlet defined in the floor; and characterised in that the ink jet nozzle device further comprising a baffle plate partitioning the main chamber to define the firing chamber and the antechamber, the baffle plate extending between the floor and the roof, wherein the firing chamber and the antechamber have a common plane of symmetry. a firing chamber having a nozzle aperture defined in the roof and an actuator for ejection of ink through the nozzle aperture; an antechamber for supplying ink to the firing chamber, the antechamber having a main chamber inlet defined in the floor; and characterised in that the ink jet nozzle device further comprising a baffle plate partitioning the main chamber to define the firing chamber and the antechamber, the baffle plate extending between the floor and the roof, wherein the firing chamber and the antechamber have a common plane of symmetry.
A non-transitory computer readable storage medium storing instructions which, when executed by a computer of a UE, cause the computer to perform a method comprising the following operations:: receiving a first indication in a first group control channel or a first UE-specific control channel within a first bandwidth partition of a carrier from a transmitting device at network side, the first indication indicating a first downlink transmission time interval length, characterized in that the first bandwidth partition comprises a first uplink related, UL-related, control channel carrying a first UL grant, and wherein a first periodicity of the first UL-related control channel is configurable, and wherein the first periodicity of the first UL-related control channel is independent from the first downlink transmission time interval length; and receiving first data from the transmitting device using the first downlink transmission time interval length. receiving a first indication in a first group control channel or a first UE-specific control channel within a first bandwidth partition of a carrier from a transmitting device at network side, the first indication indicating a first downlink transmission time interval length, characterized in that the first bandwidth partition comprises a first uplink related, UL-related, control channel carrying a first UL grant, and wherein a first periodicity of the first UL-related control channel is configurable, and wherein the first periodicity of the first UL-related control channel is independent from the first downlink transmission time interval length; and receiving first data from the transmitting device using the first downlink transmission time interval length.
An air compressor including a box and a compressor unit installed in the box, wherein the compressor unit includes a piston body driven by a motor to conduct reciprocating motion in a cylinder, wherein the piston body comprises a head and a rod, wherein the head defines an intake channel therethrough and defines an air receiving space therein, wherein the head of the piston body forms a flat top flange at its top and forms a bottom flange below the top flange, wherein the bottom flange of the head is joined to a first end of the rod, characterized in that a single intake channel is provided on the head, and the air receiving space is formed as cavity for storing additional compressed air, wherein said cavity is bounded by a bottom surface and a surrounding surface and is open at a top opening formed at the top of the head, wherein the bottom surface is defined in the head at a depth close to the bottom flange of the head, such that the air receiving space extending downwardly from the top opening to the bottom surface has a depth nearly corresponding to a distance between the flat top flange and the bottom flange.
A plasma spray method for the manufacture of an ion conducting membrane having an ionic conductivity, in which method the membrane is deposited in a process chamber as a layer on a substrate, wherein a ceramic material is sprayed onto a surface of the substrate by means of a process gas in the form of a process beam and an overall flow rate of the process gas during the plasma spraying is 100 to 160 SLPM, wherein the ceramic material is injected into a plasma at a low process pressure of at least 50 Pa and at most 2000 Pa and is partially or completely melted there, characterized in that during thermal spraying, oxygen (O 2; 22) is supplied to the process chamber at a flow rate of at least 1% of the overall flow rate of the process gas such that undesired chemical changes of the ceramic material during thermal spraying are counteracted by supplying oxygen.
Drill head for expanding a pilot bore in order to create, by the HDD method, a borehole having a borehole wall, by loosening rock which surrounds the pilot bore in the region of a working face which extends substantially at right angles to the pilot bore, comprising a basic body on which a connection element for a pilot bore string is provided, wherein at least two tool holders for in each case at least one drilling tool are provided on the basic body, wherein at least one tool holder is at a greater spacing radially from the basic body than the at least one other tool holder, so that at least one outer and one inner drilling tool are present which can be brought into engagement with the working face, that the at least one inner drilling tool and the at least one outer drilling tool are each offset at an angle relative to the working face, characterised in that at least one receiving tool is provided which has an engagement region with the working face, on which engagement region a drilling tool is positioned, and in that the receiving tool receives the drill cuttings loosened at the working face and removes them from the drilling region, and in that at least one receiving tool is provided for receiving drill cuttings located on the bottom of the borehole, which receiving tool has a receiving surface at an inclination angle of < 20° with respect to the alignment line of the borehole.
Electrochemical storage unit which comprises the following: - one or more electrochemical cells, wherein each electrochemical cell comprises a first connection element and/or a second connection element at which an electrical voltage can be tapped; and - a flow guide element which is connected to at least one of the one or more electrochemical cells, wherein the flow guide element comprises or is formed from a printed circuit board element, wherein the printed circuit board element comprises in particular a polymer material, wherein one or more flow channels and/or one or more flow conveying elements for guiding a fluid emerging from at least one of the one or more electrochemical cells are formed and/or arranged on a side of the printed circuit board element facing the one or more electrochemical cells. - one or more electrochemical cells, wherein each electrochemical cell comprises a first connection element and/or a second connection element at which an electrical voltage can be tapped; and - a flow guide element which is connected to at least one of the one or more electrochemical cells,
A method for the computer-aided automatic generation of a networking of a component model, - wherein the component model is described by a fine networking of finite elements, - wherein based on the fine networking, at least one fine natural oscillation, more especially a fine natural frequency and/or a fine natural oscillation mode, of the component model is determined, - wherein the component model is described by a coarse networking of finite elements, - wherein based on the coarse networking, at least one coarse natural oscillation, more especially a coarse natural frequency and/or a coarse natural oscillation mode, of the component is determined, - wherein the deviation of the coarse natural oscillation, more especially of the coarse natural frequency and/or of the coarse natural oscillation mode from the fine natural oscillation, more especially from the fine natural frequency and/or from the fine natural oscillation mode is used as an indication of the quality of the coarse networking, and - wherein starting from a fine networking, the component model is gradually described by increasingly coarser networkings, especially until the deviation of the coarse natural oscillation, more especially of the coarse natural frequency and/or of the coarse natural oscillation mode from the fine natural oscillation, more especially from the fine natural frequency and/or from the fine natural oscillation mode exceeds a threshold value. - wherein the component model is described by a fine networking of finite elements, - wherein based on the fine networking, at least one fine natural oscillation, more especially a fine natural frequency and/or a fine natural oscillation mode, of the component model is determined, - wherein the component model is described by a coarse networking of finite elements, - wherein based on the coarse networking, at least one coarse natural oscillation, more especially a coarse natural frequency and/or a coarse natural oscillation mode, of the component is determined, - wherein the deviation of the coarse natural oscillation, more especially of the coarse natural frequency and/or of the coarse natural oscillation mode from the fine natural oscillation, more especially from the fine natural frequency and/or from the fine natural oscillation mode is used as an indication of the quality of the coarse networking, and - wherein starting from a fine networking, the component model is gradually described by increasingly coarser networkings, especially until the deviation of the coarse natural oscillation, more especially of the coarse natural frequency and/or of the coarse natural oscillation mode from the fine natural oscillation, more especially from the fine natural frequency and/or from the fine natural oscillation mode exceeds a threshold value.
A propelling unit for propelling a vessel, through water, said propelling unit comprising: a rotor comprising a plurality, preferably two or more, foldable blades (1, 1'), said rotor being mounted on a drive shaft connected to drive means for propelling said vessel by rotating said rotor around an axis, a shielding shield shiftable between a first and second position, wherein the shielding shield in said first position is adapted to cover and to accommodate the rotor with the blades (1, 1') in their retracted position, and wherein the shielding shield in the second position allows for the blades (1, 1') to be extracted, wherein an extraction mechanism is provided for performing said shifting between the first and second positions, where said extraction mechanism comprises intermeshing gear wheels (8, 9, 10); and wherein the propelling unit is mounted in a housing, characterised in that the shielding shield is provided with indentations that interlocks with the foot of the blades (1, 1'), so that the shielding shield, when retracted, is flush with the exterior surface of said housing in both the first and the second positions where the blades (1, 1') are retracted and extracted, respectively. a rotor comprising a plurality, preferably two or more, foldable blades (1, 1'), said rotor being mounted on a drive shaft connected to drive means for propelling said vessel by rotating said rotor around an axis, a shielding shield shiftable between a first and second position, wherein the shielding shield in said first position is adapted to cover and to accommodate the rotor with the blades (1, 1') in their retracted position, and wherein the shielding shield in the second position allows for the blades (1, 1') to be extracted, wherein an extraction mechanism is provided for performing said shifting between the first and second positions, where said extraction mechanism comprises intermeshing gear wheels (8, 9, 10); and wherein the propelling unit is mounted in a housing, characterised in that the shielding shield is provided with indentations that interlocks with the foot of the blades (1, 1'), so that the shielding shield, when retracted, is flush with the exterior surface of said housing in both the first and the second positions where the blades (1, 1') are retracted and extracted, respectively.
A service routing packet processing method, comprising: receiving, by a service node, SN, a first service routing packet encapsulated in a first underlay network packet sent by a first service router, SR via an underlay network, wherein the first service routing packet comprises path identification information and identification information of the SN; performing, by the SN, service processing on the first service routing packet, to obtain a second service routing packet, wherein the second service routing packet comprises the path identification information and identification information of a destination SN, and the identification information of the destination SN is obtained based on the identification information of the SN; and sending, by the SN, the second service routing packet encapsulated in a second underlay network packet to the first SR via the underlay network. receiving, by a service node, SN, a first service routing packet encapsulated in a first underlay network packet sent by a first service router, SR via an underlay network, wherein the first service routing packet comprises path identification information and identification information of the SN; performing, by the SN, service processing on the first service routing packet, to obtain a second service routing packet, wherein the second service routing packet comprises the path identification information and identification information of a destination SN, and the identification information of the destination SN is obtained based on the identification information of the SN; and sending, by the SN, the second service routing packet encapsulated in a second underlay network packet to the first SR via the underlay network.
A first device in a wireless communication system, the first device comprising: a processor configured to: identify a first ranging request measurement and control information element, RRMC IE, with a reply-time request; and a transceiver operably connected to the processor, the transceiver configured to: transmit, to a plurality of second devices, a first data including the first RRMC IE, receive, from at least one of the plurality of the second devices, a second data including a ranging reply time instantaneous IE, RRTI IE, and a second RRMC IE, the processor is further configured to identify a receiving time of the second data, wherein the first RRMC IE includes a reply time request field, a round-trip measurement request field, a time-of-flight, ToF, request field, an angle of arrival, AOA, Azimuth request field, an AoA elevation request field, a ranging control information field, a reserved bit field, an RRMC table length field, and an RRMC table field. identify a first ranging request measurement and control information element, RRMC IE, with a reply-time request; and a transceiver operably connected to the processor, the transceiver configured to: transmit, to a plurality of second devices, a first data including the first RRMC IE, receive, from at least one of the plurality of the second devices, a second data including a ranging reply time instantaneous IE, RRTI IE, and a second RRMC IE, transmit, to a plurality of second devices, a first data including the first RRMC IE, receive, from at least one of the plurality of the second devices, a second data including a ranging reply time instantaneous IE, RRTI IE, and a second RRMC IE, the processor is further configured to identify a receiving time of the second data, wherein the first RRMC IE includes a reply time request field, a round-trip measurement request field, a time-of-flight, ToF, request field, an angle of arrival, AOA, Azimuth request field, an AoA elevation request field, a ranging control information field, a reserved bit field, an RRMC table length field, and an RRMC table field.
A dihydrate of a calcium salt of a compound according to Formula, which is characterized by an X-ray powder diffraction pattern having characteristic peaks at 2 theta (±0.2 °) of 5.91°, 9.64°, 16.78°, 17.81°, 19.81° and 25.41° for use in the prevention and/or treatment of diseases caused by viral infection with coronaviruses in a mammalian subject, such as a human.
An elevator system comprising: a plurality of sensors including a first sensor and a second sensor, the first sensor in communication with an elevator and the second sensor in communication with an elevator counterweight in a multi-level hoistway, wherein during an emergency the elevator instructs the plurality of sensors (210; 280) to sense conditions and transmit sensor data representing the sensed conditions, and the transmitted sensor data is processed to obtain at least one image representing an intensity of hazard conditions on at least a subset of levels serviced by the multilevel hoistway. a plurality of sensors including a first sensor and a second sensor, the first sensor in communication with an elevator and the second sensor in communication with an elevator counterweight in a multi-level hoistway, wherein during an emergency the elevator instructs the plurality of sensors (210; 280) to sense conditions and transmit sensor data representing the sensed conditions, and the transmitted sensor data is processed to obtain at least one image representing an intensity of hazard conditions on at least a subset of levels serviced by the multilevel hoistway.
A method, comprising: at a user equipment, UE, in multiple Downlink Control Information, multi-DCI, based multiple transmission and reception point, multi-TRP, configuration having simultaneous connections with a first next generation node B, gNB, and a second gNB over a same carrier: receiving, from one of the first or second gNBs, one or more cell reference signal, CRS, rate matching patterns, wherein the one or more CRS rate matching patterns comprise an indication of a control resource set, CORESET, pool for each of the one or more CRS rate matching patterns; and applying the one or more CRS rate matching patterns to a CORESET for a Physical Downlink Shared Channel, PDSCH, based on the indication of the CORESET pool; characterised by determining whether a Physical Uplink Control Channel, PUCCH, is scheduled by a DCI; when the PUCCH is scheduled by the DCI, determining whether a CORESET from which the DCI is decoded has a configured CORESET pool; when the CORESET from which the DCI is decoded has a configured CORESET pool, setting the default TCI state and pathloss reference signal to a CORESET having a lowest CORESET identification among CORESETs having the same CORESET pool indication as the DCI that triggers the PUCCH transmission in a latest PDCCH monitoring slot; and when the CORESET from which the DCI is decoded does not have a configured CORESET pool, setting the default TCI state and pathloss reference signal to a CORESET in a predefined CORESET pool having a lowest CORSET identification. receiving, from one of the first or second gNBs, one or more cell reference signal, CRS, rate matching patterns, wherein the one or more CRS rate matching patterns comprise an indication of a control resource set, CORESET, pool for each of the one or more CRS rate matching patterns; and applying the one or more CRS rate matching patterns to a CORESET for a Physical Downlink Shared Channel, PDSCH, based on the indication of the CORESET pool; characterised by determining whether a Physical Uplink Control Channel, PUCCH, is scheduled by a DCI; when the PUCCH is scheduled by the DCI, determining whether a CORESET from which the DCI is decoded has a configured CORESET pool; when the CORESET from which the DCI is decoded has a configured CORESET pool, setting the default TCI state and pathloss reference signal to a CORESET having a lowest CORESET identification among CORESETs having the same CORESET pool indication as the DCI that triggers the PUCCH transmission in a latest PDCCH monitoring slot; and when the CORESET from which the DCI is decoded does not have a configured CORESET pool, setting the default TCI state and pathloss reference signal to a CORESET in a predefined CORESET pool having a lowest CORSET identification.