mhurhangee/patent-ind-claim-en huggingface dataset:
A toner cartridge comprising: (i) a casing including (i-i) a toner accommodation chamber accommodating toner (T), (i-ii) a discharge opening capable of discharging toner (T), and (i-iii) a communication port for fluid communication between the toner accommodation chamber and a toner discharging chamber , the discharge opening being capable of discharging toner (T) from the toner discharging chamber to the outside of the toner cartridge ; (ii) a feeding member movable relative to the casing and configured to feed the toner (T) from the toner accommodation chamber through the communication port into the toner discharging chamber ; (iii) a pump configured to discharge the toner (T) through the discharge opening by using air, wherein at least a part of the feeding member is in the communication port , and wherein in a cross-sectional plane perpendicular to a toner feeding direction of the feeding member , a minimum cross-sectional area of the communication port is Asmin, the toner discharging chamber has a cross-sectional area Bs larger than Asmin, and the toner accommodation chamber has a cross-sectional area Cs larger than Asmin. (i) a casing including (i-i) a toner accommodation chamber accommodating toner (T), (i-ii) a discharge opening capable of discharging toner (T), and (i-iii) a communication port for fluid communication between the toner accommodation chamber and a toner discharging chamber , the discharge opening being capable of discharging toner (T) from the toner discharging chamber to the outside of the toner cartridge ; (ii) a feeding member movable relative to the casing and configured to feed the toner (T) from the toner accommodation chamber through the communication port into the toner discharging chamber ; (iii) a pump configured to discharge the toner (T) through the discharge opening by using air, wherein at least a part of the feeding member is in the communication port , and wherein in a cross-sectional plane perpendicular to a toner feeding direction of the feeding member , a minimum cross-sectional area of the communication port is Asmin, the toner discharging chamber has a cross-sectional area Bs larger than Asmin, and the toner accommodation chamber has a cross-sectional area Cs larger than Asmin. a minimum cross-sectional area of the communication port is Asmin, the toner discharging chamber has a cross-sectional area Bs larger than Asmin, and the toner accommodation chamber has a cross-sectional area Cs larger than Asmin.
A modified bitumen composition suitable to be used as a binding raw material in asphalt-coated roads and containing bitumen with a penetration in the range of 40 to 110 as per EN 1426 standard, characterized in that it comprises petrocoke with a particle size less than 300 micrometers, and extract which has a density of 8-17 API and a viscosity of 35-300 SSU and which is a by-product of a base oil unit generated from production of spindle base oil, light neutral base oil, bright stock base oil or heavy neutral base oil.
Household appliance with an illumination device , wherein the illumination device comprises a housing upper part with a contact element , a circuit board with a lighting element , and a housing lower part for receiving the circuit board with a fastening element for fastening the housing lower part to the housing upper part , wherein the circuit board comprises a contact area for contacting the lighting element , and wherein, when the housing lower part is fastened to the housing upper part , the contact element can be pressed against the contact area in order to establish an electrically conductive connection between the contact area and the contact element , characterised in that the housing lower part comprises a positioning pin , and that the circuit board comprises a cutout , wherein the positioning pin can be introduced into the cutout in order to position the circuit board on the housing lower part , wherein the household appliance comprises an attachment element for attaching the illumination device to the household appliance .
A method of imaging an inhomogeneous polycrystalline sample having a plurality of crystallites of at least a first crystalline component, comprising: illuminating an area extending across a surface of a sample with substantially monochromatic X-rays from an incident beam focus , the substantially monochromatic X-rays being incident at a first angle θ 1 to the surface of the sample; characterised by passing X-rays diffracted by the sample at a second angle θ 2 through a pinhole arrangement , wherein the diffraction angle θ 1 + θ 2 fulfils a Bragg condition for the first crystalline component, and the pinhole arrangement is located at the parafocal position through which pass, to first order, for a given first angle θ 1 , X-rays diffracted at the diffraction angle θ 1 + θ 2 from across the illuminated area of the sample, the X-rays passing through the pinhole arrangement and onto a detector , wherein the detector is a two-dimensional detector and the pinhole arrangement is used to provide a two-dimensional image of the first crystalline component at the surface of the sample on the detector. illuminating an area extending across a surface of a sample with substantially monochromatic X-rays from an incident beam focus , the substantially monochromatic X-rays being incident at a first angle θ 1 to the surface of the sample; characterised by passing X-rays diffracted by the sample at a second angle θ 2 through a pinhole arrangement , wherein the diffraction angle θ 1 + θ 2 fulfils a Bragg condition for the first crystalline component, and the pinhole arrangement is located at the parafocal position through which pass, to first order, for a given first angle θ 1 , X-rays diffracted at the diffraction angle θ 1 + θ 2 from across the illuminated area of the sample, the X-rays passing through the pinhole arrangement and onto a detector , wherein the detector is a two-dimensional detector and the pinhole arrangement is used to provide a two-dimensional image of the first crystalline component at the surface of the sample on the detector.
A wastegate assembly for a turbine comprising: a turbine wheel ; a turbine housing defining at least one gas inlet upstream of the turbine wheel and a turbine outlet downstream of the turbine wheel; and a wastegate chamber communicating with the at least one gas inlet via one or more wastegate ports ; the wastegate assembly comprising: a support member ; at least one valve member (150; 250', 250") mounted on the support member for articulation about the support member, the or each valve member having a central axis, a sealing portion (152; 252', 252") having a sealing surface (153; 253', 253") for blocking a respective one of the wastegate ports, and a pin portion ; and for each valve member, a respective washer connected to the valve member for retaining the pin portion of the respective valve member inserted through a corresponding aperture defined by the support member; each valve member comprising a concave support surface (155; 255', 255") which bears against a corresponding convex support surface of the support member, the valve member and support member being arranged for relative articulation as the two support surfaces slide against each other; a rear surface of the sealing portion opposite to the sealing surface including an limit area of the valve member which is further from an axis (151; 251', 251") of the pin portion than the support surface of the valve member, the limit area of the valve member being arranged to limit articulation of the valve member by colliding with a limit area of the support member, the limit area of the support member being a portion of a front surface of the support member facing towards the sealing portion of the valve member. a support member ; at least one valve member (150; 250', 250") mounted on the support member for articulation about the support member, the or each valve member having a central axis, a sealing portion (152; 252', 252") having a sealing surface (153; 253', 253") for blocking a respective one of the wastegate ports, and a pin portion ; and for each valve member, a respective washer connected to the valve member for retaining the pin portion of the respective valve member inserted through a corresponding aperture defined by the support member; each valve member comprising a concave support surface (155; 255', 255") which bears against a corresponding convex support surface of the support member, the valve member and support member being arranged for relative articulation as the two support surfaces slide against each other; a rear surface of the sealing portion opposite to the sealing surface including an limit area of the valve member which is further from an axis (151; 251', 251") of the pin portion than the support surface of the valve member, the limit area of the valve member being arranged to limit articulation of the valve member by colliding with a limit area of the support member, the limit area of the support member being a portion of a front surface of the support member facing towards the sealing portion of the valve member.
An audio processing method, comprising: receiving, with one or more sensors of a device, environment information about an audio recording captured by the device; detecting, with at least one processor of the device, a context of the audio recording based on the audio recording and the environment information ; determining, with the at least one processor, a model based on the context; processing, with the at least one processor, the audio recording based on the model to produce a processed audio recording with suppressed noise; characterised in that : determining, with the at least one processor, an audio processing profile based on the context, wherein the audio processing profile includes at least a mixing ratio for mixing the audio recording with the processed audio recording and wherein the mixing ratio is controlled at least in part based on the context; and combining, with the at least one processor, the audio recording and the processed audio recording based on the mixing ratio. receiving, with one or more sensors of a device, environment information about an audio recording captured by the device; detecting, with at least one processor of the device, a context of the audio recording based on the audio recording and the environment information ; determining, with the at least one processor, a model based on the context; processing, with the at least one processor, the audio recording based on the model to produce a processed audio recording with suppressed noise; characterised in that : determining, with the at least one processor, an audio processing profile based on the context, wherein the audio processing profile includes at least a mixing ratio for mixing the audio recording with the processed audio recording and wherein the mixing ratio is controlled at least in part based on the context; and combining, with the at least one processor, the audio recording and the processed audio recording based on the mixing ratio. determining, with the at least one processor, an audio processing profile based on the context, wherein the audio processing profile includes at least a mixing ratio for mixing the audio recording with the processed audio recording and wherein the mixing ratio is controlled at least in part based on the context; and combining, with the at least one processor, the audio recording and the processed audio recording based on the mixing ratio.
A method for mitigating overvoltage on a DC link of a power converter of an electrical power system connected to a power grid caused by transients on the power grid , the method comprising: receiving a voltage feedback signal from the DC link for a predetermined time period; determining a rate of change of the voltage feedback signal during the predetermined time period; restricting, via an offset and/or a limiter , the rate of change of the voltage feedback signal to positive changes of a certain magnitude; predicting a future voltage value on the DC link as a function of the voltage feedback signal and the rate of change of the voltage feedback signal ; and, controlling the electrical power system based on the future voltage value . receiving a voltage feedback signal from the DC link for a predetermined time period; determining a rate of change of the voltage feedback signal during the predetermined time period; restricting, via an offset and/or a limiter , the rate of change of the voltage feedback signal to positive changes of a certain magnitude; predicting a future voltage value on the DC link as a function of the voltage feedback signal and the rate of change of the voltage feedback signal ; and, controlling the electrical power system based on the future voltage value .
A pneumatic tire comprising: a pattern in a pattern forming area provided on a surface of a sidewall , wherein the pattern includes ridges protruding from a reference surface in the pattern forming area , grooves recessed from the reference surface , and flat surfaces interposed between adjacent ridges and grooves and extending along the reference surface , characterized in that the ridges and the grooves are arranged in a nested structure having a common central point . a pattern in a pattern forming area provided on a surface of a sidewall , wherein the pattern includes ridges protruding from a reference surface in the pattern forming area , grooves recessed from the reference surface , and flat surfaces interposed between adjacent ridges and grooves and extending along the reference surface , characterized in that the ridges and the grooves are arranged in a nested structure having a common central point .
An integrated intravenous (IV) catheter , comprising: a catheter adapter having a catheter that is configured to be inserted into a patient's vasculature; a side port having a distal end by which the side port is connected to the catheter adapter, a proximal end , and a side branch ; and an extension set that is connected to the side port via the side branch; wherein the proximal end of the side port provides a first fluid pathway for drawing blood from the patient's vasculature and the side branch of the side port provides a second fluid pathway for injecting fluids into the patient's vasculature, characterized in that , the side port has a septum , wherein the septum is included in an active septum valve , the active septum valve being configured to move from a closed position in which the septum blocks the second fluid pathway, and an open position in which the septum does not block the second fluid pathway. a catheter adapter having a catheter that is configured to be inserted into a patient's vasculature; a side port having a distal end by which the side port is connected to the catheter adapter, a proximal end , and a side branch ; and an extension set that is connected to the side port via the side branch; wherein the proximal end of the side port provides a first fluid pathway for drawing blood from the patient's vasculature and the side branch of the side port provides a second fluid pathway for injecting fluids into the patient's vasculature,
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving information related to a positioning reference signal, PRS, resource configuration including information regarding a single frequency resource element, RE, offset value; and receiving a PRS based on the PRS resource configuration, wherein a plurality of REs to which the PRS is mapped are obtained based on the information on the single frequency RE offset value, and a comb size, wherein each of orthogonal frequency division multiplexing, OFDM symbols related to the plurality of REs, is configured with each frequency offset, wherein the single RE offset value is identical to a frequency offset value of an initial OFDM symbol of the OFDM symbols, and wherein each frequency offset of each of remaining M-1 OFDM symbols is determined based on i) the single frequency RE offset value, ii) an index for each of the remaining M-1 OFDM symbols, and iii) the comb size, where M denotes a total number of the OFDM symbols including the initial OFDM symbol. receiving information related to a positioning reference signal, PRS, resource configuration including information regarding a single frequency resource element, RE, offset value; and receiving a PRS based on the PRS resource configuration, wherein a plurality of REs to which the PRS is mapped are obtained based on the information on the single frequency RE offset value, and a comb size, wherein each of orthogonal frequency division multiplexing, OFDM symbols related to the plurality of REs, is configured with each frequency offset, wherein the single RE offset value is identical to a frequency offset value of an initial OFDM symbol of the OFDM symbols, and wherein each frequency offset of each of remaining M-1 OFDM symbols is determined based on i) the single frequency RE offset value, ii) an index for each of the remaining M-1 OFDM symbols, and iii) the comb size, where M denotes a total number of the OFDM symbols including the initial OFDM symbol.
A condensate pump assembly for use in an air conditioning system, the condensate pump assembly comprising: a pump arranged in a housing to pump liquid from a liquid inlet to a liquid outlet ; a liquid receptacle configured to receive liquid from the liquid inlet ; and a fluid outlet chamber having a bottom wall and a plurality of side walls , wherein the fluid outlet chamber is secured to an upper portion of the housing , wherein a first side wall comprises a liquid inlet channel in fluid communication with the pump , wherein the fluid outlet chamber comprises a dividing wall extending between opposed second and third side walls to define first and second fluid regions within the fluid outlet chamber , wherein the second region is configured to maintain a pocket of air, and wherein pulsations within liquid entering the liquid outlet chamber are dissipated by the pocket of air prior to liquid being discharged through the liquid outlet . a pump arranged in a housing to pump liquid from a liquid inlet to a liquid outlet ; a liquid receptacle configured to receive liquid from the liquid inlet ; and a fluid outlet chamber having a bottom wall and a plurality of side walls , wherein the fluid outlet chamber is secured to an upper portion of the housing , wherein a first side wall comprises a liquid inlet channel in fluid communication with the pump , wherein the fluid outlet chamber comprises a dividing wall extending between opposed second and third side walls to define first and second fluid regions within the fluid outlet chamber , wherein the second region is configured to maintain a pocket of air, and wherein pulsations within liquid entering the liquid outlet chamber are dissipated by the pocket of air prior to liquid being discharged through the liquid outlet .
A regeneration control device for an exhaust gas treatment device , which performs recovery of a DOC disposed in an exhaust passage of a diesel engine and forced regeneration of a DPF disposed in the exhaust passage downstream of the DOC , the regeneration control device characterized by comprising: a DOC blockage risk state determination part configured to determine whether the DOC is in a blockage risk state which is a state where blockage of the DOC is likely to occur, on the basis of comparison between a counter value (C) and a threshold (V) related to an operation time of the diesel engine ; a DPF forced regeneration condition determination part configured to determine whether a forced regeneration execution condition for the DPF is satisfied; a DOC temperature increase execution part configured to execute a blockage recovery process for increasing a temperature of the DOC to a first temperature (T1) regardless of whether the forced regeneration execution condition of the DPF is satisfied or not, if it is determined that the DOC is in the blockage risk state; a DPF forced regeneration execution part configured to execute a forced regeneration process for increasing a temperature of the DPF to a second temperature (T2) and increasing the temperature of the DOC to the first temperature (T1), if the forced regeneration execution condition is satisfied; and a counter reset process part configured to reset the counter value after completion of the forced regeneration process by the DPF forced regeneration execution part . a DOC blockage risk state determination part configured to determine whether the DOC is in a blockage risk state which is a state where blockage of the DOC is likely to occur, on the basis of comparison between a counter value (C) and a threshold (V) related to an operation time of the diesel engine ; a DPF forced regeneration condition determination part configured to determine whether a forced regeneration execution condition for the DPF is satisfied; a DOC temperature increase execution part configured to execute a blockage recovery process for increasing a temperature of the DOC to a first temperature (T1) regardless of whether the forced regeneration execution condition of the DPF is satisfied or not, if it is determined that the DOC is in the blockage risk state; a DPF forced regeneration execution part configured to execute a forced regeneration process for increasing a temperature of the DPF to a second temperature (T2) and increasing the temperature of the DOC to the first temperature (T1), if the forced regeneration execution condition is satisfied; and a counter reset process part configured to reset the counter value after completion of the forced regeneration process by the DPF forced regeneration execution part .
A non-pneumatic tire having a support structure comprising an outer reinforced annular band , a hub and a set of tension transmitting elements extending between the hub and radially inward from the outer reinforced annular band , the support structure formed at least in part of a polyurethane that is a reaction product of reaction components, the reaction components comprising: a prepolymer comprising a reaction product of an aromatic diisocyanate monomer and an active hydrogen component selected from a polyol having hydroxyl isocyanate-reacting functional groups, a polyamine having amine isocyanate-reacting functional groups or combinations thereof, the aromatic diisocyanate monomer and the active hydrogen component mixed at a ratio of NCO to the isocyanate-reacting functional groups of at least 1.8:1, wherein the active hydrogen component has a number average molecular weight of between 1000 and 6000 and wherein the prepolymer contains no more than 10 wt% of residual aromatic diisocyanate monomer; and a curative. a prepolymer comprising a reaction product of an aromatic diisocyanate monomer and an active hydrogen component selected from a polyol having hydroxyl isocyanate-reacting functional groups, a polyamine having amine isocyanate-reacting functional groups or combinations thereof, the aromatic diisocyanate monomer and the active hydrogen component mixed at a ratio of NCO to the isocyanate-reacting functional groups of at least 1.8:1, wherein the active hydrogen component has a number average molecular weight of between 1000 and 6000 and wherein the prepolymer contains no more than 10 wt% of residual aromatic diisocyanate monomer; and a curative.