mhurhangee/patent-ind-claim-en huggingface dataset:
A method characterised by : during a print cycle of a print apparatus , applying a liquid print agent comprising a carrier fluid to a photoconductive surface , and reducing a proportion of the carrier fluid in the liquid print agent on the photoconductive surface at a first location; and during a non-print cycle of the print apparatus , adding carrier fluid to the photoconductive surface at the first location. during a print cycle of a print apparatus , applying a liquid print agent comprising a carrier fluid to a photoconductive surface , and reducing a proportion of the carrier fluid in the liquid print agent on the photoconductive surface at a first location; and during a non-print cycle of the print apparatus , adding carrier fluid to the photoconductive surface at the first location.
A method for solving mismatch between sidelink Buffer Status Report, in the following also referred to as BSR, and available sidelink transmission, comprising: a relay User Equipment, in the following also referred to as UE, establishes a first layer-2 link and a second layer-2 link between the relay UE and a remote UE, wherein the first layer-2 link and the second layer-2 link have two different source identities and a same destination identity (2005; 2205); and the relay UE receives a sidelink grant from an evolved Node B, in the following also referred to as eNB (2010; 2210); characterized in that the relay UE uses the sidelink grant to serve the first layer-2 link and the second layer-2 link (2015; 2215). a relay User Equipment, in the following also referred to as UE, establishes a first layer-2 link and a second layer-2 link between the relay UE and a remote UE, wherein the first layer-2 link and the second layer-2 link have two different source identities and a same destination identity (2005; 2205); and the relay UE receives a sidelink grant from an evolved Node B, in the following also referred to as eNB (2010; 2210); characterized in that the relay UE uses the sidelink grant to serve the first layer-2 link and the second layer-2 link (2015; 2215).
An electrode plate of a secondary battery, comprising: a current collector ; an active material layer ; a conductive structure ; and a first protective layer , wherein the current collector comprises an insulating layer and a conductive layer disposed on the insulating layer , the conductive layer includes a main body portion and a protrusion portion connected to the main body portion , a surface of the main body portion facing away from the insulating layer is covered by the active material layer , and a surface of the protrusion portion facing away from the insulating layer is uncovered by the active material layer , the conductive structure is welded to the protrusion portion and thus a welded zone (W) is formed, and the first protective layer has elasticity, and the first protective layer is disposed on a side of the protrusion portion facing away from the insulating layer and is located between the welded zone (W) and the active material layer . a current collector ; an active material layer ; a conductive structure ; and a first protective layer , wherein the current collector comprises an insulating layer and a conductive layer disposed on the insulating layer , the conductive layer includes a main body portion and a protrusion portion connected to the main body portion , a surface of the main body portion facing away from the insulating layer is covered by the active material layer , and a surface of the protrusion portion facing away from the insulating layer is uncovered by the active material layer , the conductive structure is welded to the protrusion portion and thus a welded zone (W) is formed, and the first protective layer has elasticity, and the first protective layer is disposed on a side of the protrusion portion facing away from the insulating layer and is located between the welded zone (W) and the active material layer .
Exhaust turbine, having: - a turbine wheel having a plurality of rotor blades , - an exhaust outlet duct , which is arranged downstream of the rotor blades of the turbine wheel, wherein the exhaust outlet duct is delimited radially on the outside by an axial turbine diffusor , and wherein an exhaust mass flow can be discharged in an axial direction of flow through the exhaust outlet duct , and - wherein the axial turbine diffusor opens downstream, radially outward, at a non-constant diffusor opening angle, in such a way that a first diffusor opening angle deviates from a second diffusor opening angle by at least 1°, - a waste gate duct , the outlet region of which opens into the diffusor or directly downstream of the diffusor into the exhaust outlet duct and through which a waste-gate mass flow can be injected into the exhaust mass flow, wherein the waste gate duct is designed to generate a substantially axial direction of flow of the waste-gate mass flow at the outlet region of the waste gate duct , characterized in that - the turbine diffusor has a first diffusor portion having an increasing diffusor opening angle and a second diffusor portion, located downstream of the first diffusor portion, having a decreasing diffusor opening angle, and - a transition angle in a transition region between the turbine diffusor and a radial inner wall of the waste gate duct is less than 5°. - a turbine wheel having a plurality of rotor blades , - an exhaust outlet duct , which is arranged downstream of the rotor blades of the turbine wheel, wherein the exhaust outlet duct is delimited radially on the outside by an axial turbine diffusor , and wherein an exhaust mass flow can be discharged in an axial direction of flow through the exhaust outlet duct , and - wherein the axial turbine diffusor opens downstream, radially outward, at a non-constant diffusor opening angle, in such a way that a first diffusor opening angle deviates from a second diffusor opening angle by at least 1°, - a waste gate duct , the outlet region of which opens into the diffusor or directly downstream of the diffusor into the exhaust outlet duct and through which a waste-gate mass flow can be injected into the exhaust mass flow, wherein the waste gate duct is designed to generate a substantially axial direction of flow of the waste-gate mass flow at the outlet region of the waste gate duct , characterized in that - the turbine diffusor has a first diffusor portion having an increasing diffusor opening angle and a second diffusor portion, located downstream of the first diffusor portion, having a decreasing diffusor opening angle, and - a transition angle in a transition region between the turbine diffusor and a radial inner wall of the waste gate duct is less than 5°.
An information processing system including one or more information processing apparatuses capable of communicating with an external apparatus via a network , the information processing system capable of operating in at least three operation modes including: a first mode which is a mode where at least a first processing unit configured to execute an application in accordance with an operation of a user starts; a second mode, which consumes less power than the first mode and is a mode where the first processing unit does not start, and a second processing unit configured to automatically perform a communication process via the network starts as information processing in the second mode; and a third mode, which consumes less power than the second mode and is a mode where the first processing unit and the second processing unit do not start, and a power source control unit configured to measure time controls the start of the second processing unit based on the measured time, wherein the power source control unit is configured to shift the operation mode of the information processing system from the first mode to the third mode when a condition for ending the first mode has been satisfied without directly shifting from the first mode to the second mode, and then to shift the operation mode from the third mode to the second mode to start the second mode periodically or in accordance with a predetermined time schedule, wherein a predetermined time interval between the end of the first mode and the initial start of the second mode is shorter than a start interval between the second modes. a first mode which is a mode where at least a first processing unit configured to execute an application in accordance with an operation of a user starts; a second mode, which consumes less power than the first mode and is a mode where the first processing unit does not start, and a second processing unit configured to automatically perform a communication process via the network starts as information processing in the second mode; and a third mode, which consumes less power than the second mode and is a mode where the first processing unit and the second processing unit do not start, and a power source control unit configured to measure time controls the start of the second processing unit based on the measured time, wherein the power source control unit is configured to shift the operation mode of the information processing system from the first mode to the third mode when a condition for ending the first mode has been satisfied without directly shifting from the first mode to the second mode, and then to shift the operation mode from the third mode to the second mode to start the second mode periodically or in accordance with a predetermined time schedule, wherein a predetermined time interval between the end of the first mode and the initial start of the second mode is shorter than a start interval between the second modes.
A portable stove , comprising: a housing having a bottom part and a cover lid part , wherein the cover lid part is hinged to the bottom lid part ; a handle attached to the portable stove for carrying the portable stove in a closed position and moveable between an open position and a closed position; and a locking mechanism operable by the handle , wherein the locking mechanism is configured to lock the cover lid part to the bottom part when the handle is in the closed position. a housing having a bottom part and a cover lid part , wherein the cover lid part is hinged to the bottom lid part ; a handle attached to the portable stove for carrying the portable stove in a closed position and moveable between an open position and a closed position; and a locking mechanism operable by the handle , wherein the locking mechanism is configured to lock the cover lid part to the bottom part when the handle is in the closed position.
A film damper for a gas turbine engine comprising: an annular inner member ; an annular outer member located radially outboard of the annular inner member , the annular outer member and the annular inner member defining a damper annulus therebetween; a fluid supply passage to deliver a flow of fluid into the damper annulu from the annular outer member , the fluid supply passage including a circumferential extending fluid supply plenum disposed at the annular outer member ; a backflow prevention device (66; 68) disposed at the fluid supply passage to prevent backflow of the flow of fluid from the damper annulus into the fluid supply passage; and; a fill port located radially outboard of the fluid supply passage and fluidly coupled to the fluid supply passage, the film damper being characterized in that the fill port has a throat portion and an outlet portion extending circumferentially outwardly from the throat portion increasing an effective radial clearance between the fill port and the fluid supply passage. an annular inner member ; an annular outer member located radially outboard of the annular inner member , the annular outer member and the annular inner member defining a damper annulus therebetween; a fluid supply passage to deliver a flow of fluid into the damper annulu from the annular outer member , the fluid supply passage including a circumferential extending fluid supply plenum disposed at the annular outer member ; a backflow prevention device (66; 68) disposed at the fluid supply passage to prevent backflow of the flow of fluid from the damper annulus into the fluid supply passage; and; a fill port located radially outboard of the fluid supply passage and fluidly coupled to the fluid supply passage, the film damper being characterized in that the fill port has a throat portion and an outlet portion extending circumferentially outwardly from the throat portion increasing an effective radial clearance between the fill port and the fluid supply passage.
A process for identifying a polynucleotide encoding a polypeptide which confers resistance to Puccinia graminis comprising: i) obtaining an isolated polynucleotide operably linked to a promoter, the polynucleotide encoding a polypeptide comprising amino acids having a sequence as provided in SEQ ID NO:1 or SEQ ID NO:2, or an amino acid sequence which is at least 40% identical to one or both of SEQ ID NO:1 and SEQ ID NO:2, ii) introducing the polynucleotide into a plant, iii) determining whether the level of resistance to Puccinia graminis is modified relative to an isogenic plant lacking the polynucleotide, and iv) optionally, selecting a polynucleotide which when expressed confers resistance to Puccinia graminis. i) obtaining an isolated polynucleotide operably linked to a promoter, the polynucleotide encoding a polypeptide comprising amino acids having a sequence as provided in SEQ ID NO:1 or SEQ ID NO:2, or an amino acid sequence which is at least 40% identical to one or both of SEQ ID NO:1 and SEQ ID NO:2, ii) introducing the polynucleotide into a plant, iii) determining whether the level of resistance to Puccinia graminis is modified relative to an isogenic plant lacking the polynucleotide, and iv) optionally, selecting a polynucleotide which when expressed confers resistance to Puccinia graminis.
A head system comprising: a plurality of heads disposed staggered along a first direction; a sub-tank which is disposed above the plurality of heads and which is configured to distribute a liquid to each of the plurality of heads ; a plurality of liquid channels (IC) each fluidly connects the sub-tank and one of the plurality of heads ; and a casing having a pair of inner surfaces opposed to each other in a second direction orthogonal to the first direction and an up-down direction, the casing housing the sub-tank , and the plurality of liquid channels (LC), wherein each of the plurality of liquid channels (IC) extends linearly parallel to the up-down direction in an entire region between the sub-tank and one of the plurality of heads ; characterized in that the head system further comprises: a chiller housed by the casing configured to cool the plurality of heads by a coolant, the chiller including a manifold which is disposed between the plurality of heads and the sub-tank in the up-down direction and which extends in the first direction to distribute the coolant to the plurality of heads ; wherein: each of the plurality of liquid channels (IC) and the manifold are aligned in the second direction between the pair of inner surfaces of the casing . a plurality of heads disposed staggered along a first direction; a sub-tank which is disposed above the plurality of heads and which is configured to distribute a liquid to each of the plurality of heads ; a plurality of liquid channels (IC) each fluidly connects the sub-tank and one of the plurality of heads ; and a casing having a pair of inner surfaces opposed to each other in a second direction orthogonal to the first direction and an up-down direction, the casing housing the sub-tank , and the plurality of liquid channels (LC), wherein each of the plurality of liquid channels (IC) extends linearly parallel to the up-down direction in an entire region between the sub-tank and one of the plurality of heads ; characterized in that the head system further comprises: a chiller housed by the casing configured to cool the plurality of heads by a coolant, the chiller including a manifold which is disposed between the plurality of heads and the sub-tank in the up-down direction and which extends in the first direction to distribute the coolant to the plurality of heads ; wherein: each of the plurality of liquid channels (IC) and the manifold are aligned in the second direction between the pair of inner surfaces of the casing .
A method in a network device for hybrid automatic repeat request,HARQ, processes, comprising: receiving (S210) from a terminal device one or more indications indicating one or more data processing capabilities of the terminal device; estimating (S220) the number of available soft buffer memory parts in the terminal device, wherein the estimating comprises: determining how many HARQ processes are waiting for feedback at the network device; estimating the probability of receiving an acknowledgement, ACK, signal according to the error rate in a previous time window; and estimating the number of available soft buffer memory parts based on the number of HARQ processes awaiting feedback and the estimated probability of receiving an ACK signal; and scheduling (S230) HARQ data according to the estimated number of available soft buffer memory parts. receiving (S210) from a terminal device one or more indications indicating one or more data processing capabilities of the terminal device; estimating (S220) the number of available soft buffer memory parts in the terminal device, wherein the estimating comprises: determining how many HARQ processes are waiting for feedback at the network device; estimating the probability of receiving an acknowledgement, ACK, signal according to the error rate in a previous time window; and estimating the number of available soft buffer memory parts based on the number of HARQ processes awaiting feedback and the estimated probability of receiving an ACK signal; and determining how many HARQ processes are waiting for feedback at the network device; estimating the probability of receiving an acknowledgement, ACK, signal according to the error rate in a previous time window; and estimating the number of available soft buffer memory parts based on the number of HARQ processes awaiting feedback and the estimated probability of receiving an ACK signal; and scheduling (S230) HARQ data according to the estimated number of available soft buffer memory parts.
Use of a fermented molasses as an emulsifier in an emulsion.
An audio device configured to be installed in a structural component (C1), the audio device comprising: a control unit configured to determine, in accordance with information provided about a particular event, whether or not the particular event is present; a first emission unit configured to emit, when the control unit determines that the particular event is present, a sound to alert a person to the presence of the particular event; a second emission unit configured to emit, in accordance with the information, illuminating light that irradiates a surrounding region (R1); and a housing that houses the control unit , the first emission unit , and the second emission unit , the housing including: a base portion to be fixed onto the structural component (C1); and a front wall portion provided in front of the base portion , characterised in that the front wall portion has a slit provided through a front surface thereof and recessed toward the base portion , the slit having: a sound hole (H1) provided in a first region of an inner surface of the slit to let the sound come out of the housing ; and a window hole (H2) provided in a second region of the inner surface of the slit to let the illuminating light come out of the housing . a control unit configured to determine, in accordance with information provided about a particular event, whether or not the particular event is present; a first emission unit configured to emit, when the control unit determines that the particular event is present, a sound to alert a person to the presence of the particular event; a second emission unit configured to emit, in accordance with the information, illuminating light that irradiates a surrounding region (R1); and a housing that houses the control unit , the first emission unit , and the second emission unit , the housing including: a base portion to be fixed onto the structural component (C1); and a front wall portion provided in front of the base portion , characterised in that the front wall portion has a slit provided through a front surface thereof and recessed toward the base portion , the slit having: a sound hole (H1) provided in a first region of an inner surface of the slit to let the sound come out of the housing ; and a window hole (H2) provided in a second region of the inner surface of the slit to let the illuminating light come out of the housing . a sound hole (H1) provided in a first region of an inner surface of the slit to let the sound come out of the housing ; and a window hole (H2) provided in a second region of the inner surface of the slit to let the illuminating light come out of the housing .
A mounting sheet to be mounted to a concave curved inner wall surface of a visor shield or a goggle lens in a state where the mounting sheet is deflected along the curved surface, comprising: a base material sheet which has a curvature smaller than that of the concave curved inner wall surface of the visor shield or the goggle lens when not mounted to the concave curved inner wall surface of the visor shield or the goggle lens ; and characterized in that the base material sheet is formed of polycarbonate has a thickness of 0.2 mm or more and 1.0 mm or less; and the mounting sheet further comprises an anti-fog layer provided at least on the one of both surface of the base material sheet , which does not face the concave curved inner wall surface of the visor shield or the goggle lens when mounted to the concave curved inner wall surface of the visor shield or the goggle lens , wherein a total thickness of the base material sheet and the anti-fog layer is 5.0 mm or less. a base material sheet which has a curvature smaller than that of the concave curved inner wall surface of the visor shield or the goggle lens when not mounted to the concave curved inner wall surface of the visor shield or the goggle lens ; and characterized in that the base material sheet is formed of polycarbonate has a thickness of 0.2 mm or more and 1.0 mm or less; and the mounting sheet further comprises an anti-fog layer provided at least on the one of both surface of the base material sheet , which does not face the concave curved inner wall surface of the visor shield or the goggle lens when mounted to the concave curved inner wall surface of the visor shield or the goggle lens , wherein a total thickness of the base material sheet and the anti-fog layer is 5.0 mm or less.