mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for a combustion chamber for an aircraft turbine engine , the arrangement comprising a system for injection of an air-fuel mix into the combustion chamber , and a fuel injector comprising an injector nozzle , the injection system comprising a spray nozzle guide , the inner surface of which delimits a centring opening in which there is the injector nozzle that is composed of an outer casing centred on a longitudinal axis of the injector nozzle, the arrangement also comprising a sealing device between the inner surface of the guide and the outer casing of the injector nozzle, characterized in that the sealing device comprises: - a first part accommodated in a groove in the outer casing , said groove extending around said longitudinal axis and being delimited partly by a downstream delimiting surface , the first part having a first sealing surface and bearing axially against said downstream delimiting surface of the groove; and - a second part having a second sealing surface bearing radially against said inner surface of the injector nozzle guide , in that said first and second parts of the sealing device are arranged to be approximately orthogonal with a connecting radius between the two, said second part extending backwards in the axial direction from said connecting radius , and in that said groove is partly delimited by an upstream delimiting surface facing said downstream delimiting surface , and this upstream delimiting surface extends radially outwards from an inner end of the first part of the sealing device. - a first part accommodated in a groove in the outer casing , said groove extending around said longitudinal axis and being delimited partly by a downstream delimiting surface , the first part having a first sealing surface and bearing axially against said downstream delimiting surface of the groove; and - a second part having a second sealing surface bearing radially against said inner surface of the injector nozzle guide , in that said first and second parts of the sealing device are arranged to be approximately orthogonal with a connecting radius between the two, said second part extending backwards in the axial direction from said connecting radius , and in that said groove is partly delimited by an upstream delimiting surface facing said downstream delimiting surface , and this upstream delimiting surface extends radially outwards from an inner end of the first part of the sealing device.
A gas sensitive device , comprising: a substrate structure , and a gas sensitive capacitor, the gas sensitive capacitor comprising a first capacitor electrode in form of a gas-sensitive layer on a first main surface region of an insulation layer , and a second capacitor electrode in form of a buried conductive region below the insulation layer , so that the insulation layer is arranged between the first and second capacitor electrode ; a first contact region for electrically contacting the first capacitor electrode , and a second contact region for electrically contacting the second capacitor electrode ; wherein the gas-sensitive layer comprises a sheet impedance which changes in response to the adsorption or desorption of gas molecules; wherein on top of the insulation layer a cover layer is disposed, so that the cover layer has at least a common plane with the first contact region and/ or with the first capacitor electrode so that the cover layer surrounds completely the first contact region or the first contact region and the first capacitor electrode in the at least one common plane; wherein a thickness of the first capacitor electrode being the gas-sensitive layer is thinner than a thickness of the cover layer , both thicknesses extending along a z-direction perpendicular to the cover layer , wherein the gas-sensitive layer is formed by dropping an ink drop onto the insulation layer . a substrate structure , and a gas sensitive capacitor, the gas sensitive capacitor comprising a first capacitor electrode in form of a gas-sensitive layer on a first main surface region of an insulation layer , and a second capacitor electrode in form of a buried conductive region below the insulation layer , so that the insulation layer is arranged between the first and second capacitor electrode ; a first contact region for electrically contacting the first capacitor electrode , and a second contact region for electrically contacting the second capacitor electrode ; wherein the gas-sensitive layer comprises a sheet impedance which changes in response to the adsorption or desorption of gas molecules; wherein on top of the insulation layer a cover layer is disposed, so that the cover layer has at least a common plane with the first contact region and/ or with the first capacitor electrode so that the cover layer surrounds completely the first contact region or the first contact region and the first capacitor electrode in the at least one common plane; wherein a thickness of the first capacitor electrode being the gas-sensitive layer is thinner than a thickness of the cover layer , both thicknesses extending along a z-direction perpendicular to the cover layer , wherein the gas-sensitive layer is formed by dropping an ink drop onto the insulation layer .
A method for communicating using dynamic uplink and downlink transmission time interval, TTI, switching in a wireless network, comprising: receiving, in a TTI configured for downlink communications, an uplink resource grant from a network entity; determining, based at least in part on receiving the uplink resource grant, switching of a configurable TTI from downlink communications to uplink communications, wherein the configurable TTI is subsequent in time to the TTI during which the uplink resource grant is received, and wherein the configurable TTI is one of a plurality of TTIs in a frame structure that allows dynamic switching of configurable TTIs between downlink and uplink communications within a frame; transmitting, based at least in part on receiving the uplink resource grant, uplink communications to the network entity during the configurable TTI; monitoring for signals from the network entity in multiple configurable TTIs subsequent to the configurable TTI over which the uplink communications are transmitted, wherein at least a first one of the multiple configurable TTIs is configured for uplink communications; and determining switching of at least a second one of the multiple configurable TTIs back to being configured for downlink communications based at least in part on at least one of detecting a downlink reference signal in the second one of the multiple configurable TTIs or decoding a downlink control channel in the second one of the multiple configurable TTIs based at least in part on detecting the downlink reference signal. receiving, in a TTI configured for downlink communications, an uplink resource grant from a network entity; determining, based at least in part on receiving the uplink resource grant, switching of a configurable TTI from downlink communications to uplink communications, wherein the configurable TTI is subsequent in time to the TTI during which the uplink resource grant is received, and wherein the configurable TTI is one of a plurality of TTIs in a frame structure that allows dynamic switching of configurable TTIs between downlink and uplink communications within a frame; transmitting, based at least in part on receiving the uplink resource grant, uplink communications to the network entity during the configurable TTI; monitoring for signals from the network entity in multiple configurable TTIs subsequent to the configurable TTI over which the uplink communications are transmitted, wherein at least a first one of the multiple configurable TTIs is configured for uplink communications; and determining switching of at least a second one of the multiple configurable TTIs back to being configured for downlink communications based at least in part on at least one of detecting a downlink reference signal in the second one of the multiple configurable TTIs or decoding a downlink control channel in the second one of the multiple configurable TTIs based at least in part on detecting the downlink reference signal.
A method for stacking sheets (S) received from a printer by means of a sheet flipping device comprising at least one slot for receiving a leading portion of a sheet (S), the method comprising the steps of: - determining a respective insertion depth parameter (D) for a first and a second sheet (S), wherein the second sheet (S) has a greater stiffness than the first sheet (S); - inserting a length (D1) of the first sheet (S) into at the least one slot in correspondence with its respective insertion depth parameter (D), followed by flipping said first sheet (S); - inserting a length (D2) of the second sheet (S) into at the least one slot in correspondence with its respective insertion depth parameter (D), followed by flipping said second sheet (S), wherein the inserted length (D1) of the first sheet (S) is greater than that of the second sheet (S). - determining a respective insertion depth parameter (D) for a first and a second sheet (S), wherein the second sheet (S) has a greater stiffness than the first sheet (S); - inserting a length (D1) of the first sheet (S) into at the least one slot in correspondence with its respective insertion depth parameter (D), followed by flipping said first sheet (S); - inserting a length (D2) of the second sheet (S) into at the least one slot in correspondence with its respective insertion depth parameter (D), followed by flipping said second sheet (S), wherein the inserted length (D1) of the first sheet (S) is greater than that of the second sheet (S).
An optical signal power control method configured in a passive optical network, PON, comprising: acquiring (S102) different time points when uplink optical signals of optical network units ONUs arrive at an optical signal amplifier or a variable optical attenuator; allocating (S11) a registration time slot and transmitting a downlink registration signal comprising a power requirement of the registration slot; receiving (S12) uplink ONU serial number, starting registration and establishing (S104) a correspondence relationship between an ONU ID and a power control factor of the uplink optical signals, wherein the uplink ONU serial number is transmitted by ONU in response to determining that the ONU receives the downlink registration signal and determines that the power requirement of the registration time slot is met; and performing (S106) power control on the uplink optical signals according to the different time points and the correspondence relationship. acquiring (S102) different time points when uplink optical signals of optical network units ONUs arrive at an optical signal amplifier or a variable optical attenuator; allocating (S11) a registration time slot and transmitting a downlink registration signal comprising a power requirement of the registration slot; receiving (S12) uplink ONU serial number, starting registration and establishing (S104) a correspondence relationship between an ONU ID and a power control factor of the uplink optical signals, wherein the uplink ONU serial number is transmitted by ONU in response to determining that the ONU receives the downlink registration signal and determines that the power requirement of the registration time slot is met; and performing (S106) power control on the uplink optical signals according to the different time points and the correspondence relationship.
An absorbent component for a wound dressing comprising a stitch bonded nonwoven substrate wherein the nonwoven substrate is stitch bonded with an elastomeric yarn and wherein the nonwoven substrate comprises a blend of superabsorbent material and/or a gelling material and non-superabsorbent and non-gelling support material(s). wherein the nonwoven substrate is stitch bonded with an elastomeric yarn and wherein the nonwoven substrate comprises a blend of superabsorbent material and/or a gelling material and non-superabsorbent and non-gelling support material(s).
Method for preparing substituted 2,3-dihydro-1-benzofuran derivatives of the formula (I) : in which R 1 is Cl ( Ia ), Br ( Ib ) or methyl ( Ic ), characterized in that an aniline of the formula (II) in which R 1 is Cl, Br or methyl, is reacted in the presence of organic nitrite and organic or inorganic acids in organic solvents to give the diazonium salt of the formula (III) , in which R 1 is Cl, Br or methyl, X - is the counterion of the organic or inorganic acid, which further reacts by heating to give compounds of the formula ( I ). R 1 is Cl, Br or methyl, X - is the counterion of the organic or inorganic acid, which further reacts by heating to give compounds of the formula ( I ).
An isolated antibody or antigen binding fragment thereof which binds to human TIGIT, wherein the antibody or antigen binding fragment comprises a combination of HCDR1, HCDR2, HCDR3, LCDR1, LCDR2 and LCDR3, wherein: HCDR1 comprises SEQ ID NO: 16 (YTFTSYYMH), HCDR2 comprises SEQ ID NO: 17 (VIGPSGASTSYAQKFQG), HCDR3 comprises SEQ ID NO: 18 (ARDHSDYWSGIMEV), LCDR1 comprises SEQ ID NO: 61 (RASQSVRSSYLA), LCDR2 comprises SEQ ID NO: 62 (GASSRAT), and LCDR3 comprises SEQ ID NO: 63 (QQYFSPPWT). HCDR1 comprises SEQ ID NO: 16 (YTFTSYYMH), HCDR2 comprises SEQ ID NO: 17 (VIGPSGASTSYAQKFQG), HCDR3 comprises SEQ ID NO: 18 (ARDHSDYWSGIMEV), LCDR1 comprises SEQ ID NO: 61 (RASQSVRSSYLA), LCDR2 comprises SEQ ID NO: 62 (GASSRAT), and LCDR3 comprises SEQ ID NO: 63 (QQYFSPPWT).
A tyre changing machine comprising a frame restable on a rest surface (A); a wheel support assembly for locking and rotating a rim (C) of a wheel (R) from which to demount or on which to mount a respective tyre (P), said wheel support assembly being mounted on the frame ; at least a bead breaking arm associable to the frame ; a bead breaking tool associated to said bead breaking arm and adapted to carry out a bead breaking operation of the tyre from the wheel, the bead breaking arm being movable between a disengaged position, wherein said bead breaking tool is substantially distanced with respect to the tyre to be debeaded, and a working position, wherein said bead breaking tool can engage on said tyre; characterised in that the tyre changing machine further comprises: an electric motor having an output drive shaft for moving the bead breaking arm between the disengaged position and the working position and/or vice versa; and means for selectively transmitting drive from the electric motor to the bead breaking arm or to the wheel support assembly and adapted to selectively activate said bead breaking arm or said wheel support assembly . an electric motor having an output drive shaft for moving the bead breaking arm between the disengaged position and the working position and/or vice versa; and means for selectively transmitting drive from the electric motor to the bead breaking arm or to the wheel support assembly and adapted to selectively activate said bead breaking arm or said wheel support assembly .
A vane for a gas turbine engine , the vane comprising: a vane piece defining a first vane platform , a second vane platform , and a hollow airfoil section joining the first vane platform and the second vane platform , the first vane platform defining a collar projecting therefrom; a spar piece defining a spar platform and a spar extending from the spar platform into the hollow airfoil section ; characterized in that the vane further comprises: a retainer plate bonded to the spar platform , the retainer plate and the spar platform defining a groove ; and a seal trapped in the groove between the retainer plate and the spar platform , the seal sealing against the collar of the first vane platform . a vane piece defining a first vane platform , a second vane platform , and a hollow airfoil section joining the first vane platform and the second vane platform , the first vane platform defining a collar projecting therefrom; a spar piece defining a spar platform and a spar extending from the spar platform into the hollow airfoil section ; characterized in that the vane further comprises: a retainer plate bonded to the spar platform , the retainer plate and the spar platform defining a groove ; and a seal trapped in the groove between the retainer plate and the spar platform , the seal sealing against the collar of the first vane platform . a retainer plate bonded to the spar platform , the retainer plate and the spar platform defining a groove ; and a seal trapped in the groove between the retainer plate and the spar platform , the seal sealing against the collar of the first vane platform .
A charge control device for charging a battery with electric power output from a charger , comprising: - detecting means configured to detect a voltage and a current of the battery ; - charge state calculation means configured to calculate a charge state (SOC) of the battery using detected values of the detecting means ; - charge time calculation means configured to calculate a remaining charge time of the battery till the battery charge state (SOC) will reach a predetermined charge state based on the charge state calculated by the charge state calculation means, wherein the charge time calculation means is configured: - to recalculate the remaining charge time, when a charge current falls below a predetermined current threshold (lb), by subtracting a predetermined amount of time from the remaining charge time that has been calculated when the charge current falls below the predetermined current threshold (lb), and, - when the charge current detected by the detecting means is equal to or greater than the predetermined current threshold (lb), to calculate the remaining charge time till the charge state of the battery will reach the predetermined charge state so that the remaining charge time decreases along with an increase of the charge state (SOC) calculated by the charge state calculation means . - detecting means configured to detect a voltage and a current of the battery ; - charge state calculation means configured to calculate a charge state (SOC) of the battery using detected values of the detecting means ; - charge time calculation means configured to calculate a remaining charge time of the battery till the battery charge state (SOC) will reach a predetermined charge state based on the charge state calculated by the charge state calculation means, - to recalculate the remaining charge time, when a charge current falls below a predetermined current threshold (lb), by subtracting a predetermined amount of time from the remaining charge time that has been calculated when the charge current falls below the predetermined current threshold (lb), and, - when the charge current detected by the detecting means is equal to or greater than the predetermined current threshold (lb), to calculate the remaining charge time till the charge state of the battery will reach the predetermined charge state so that the remaining charge time decreases along with an increase of the charge state (SOC) calculated by the charge state calculation means .
A method for producing a multicomponent copolymer having a conjugated diene unit, a non-conjugated olefin unit and an aromatic vinyl unit, the method comprising the steps of: (i) providing a reactor containing a catalyst, a non-conjugated olefin compound, an aromatic vinyl compound and 0.001 mol to 1 mol of a conjugated diene compound, and (ii) adding continuously or intermittently continuously an additional amount of the conjugated diene compound into the reactor. (i) providing a reactor containing a catalyst, a non-conjugated olefin compound, an aromatic vinyl compound and 0.001 mol to 1 mol of a conjugated diene compound, and (ii) adding continuously or intermittently continuously an additional amount of the conjugated diene compound into the reactor.
Actuating device for a valve of a concealed cistern, the actuating device comprising at least two operating elements (4.1, 4.2, 4.3, 4.4) for triggering a flushing process, wherein the actuating device is designed as an actuating plate , characterized in that the actuating device is provided with afterglow pigments (6, 6', 6") which temporarily light up in the dark following excitation by artificial light or daylight, wherein the afterglow duration is at least 1 hour, preferably at least 2 hours, depending on the excitation duration by artificial or daylight, and wherein the afterglow pigments (6, 6', 6") are selectively distributed over a surface, preferably a visible total surface, of the actuating device .
A process for the preparation of compound of formula II, wherein R represents hydrogen or an amine protecting group and R' represents hydrogen or a hydroxyl protecting group, comprising: a) treating compound of formula III , wherein R " represents hydrogen, alkyl, aryl or aralkyl group, with a halomethylhalosilane reagent S , of general formula HalCH 2 Si(Hal)A 2 , wherein each Hal, independent of one another, represents a halogen atom and A represents alkyl, aryl or aralkyl; b) treating the resulting intermediate product 1 with p-fluorobenzylamine, wherein product 1 is represented by compound of formula 1 A or compound of formula 1 B ; c) treating the resulting intermediate product 2 with a fluoride ion source to provide compound of formula II, wherein product 2 is represented by compound of formula 2 A or compound of formula 2 B . a) treating compound of formula III , wherein R " represents hydrogen, alkyl, aryl or aralkyl group, with a halomethylhalosilane reagent S , of general formula HalCH 2 Si(Hal)A 2 , wherein each Hal, independent of one another, represents a halogen atom and A represents alkyl, aryl or aralkyl; b) treating the resulting intermediate product 1 with p-fluorobenzylamine, wherein product 1 is represented by compound of formula 1 A or compound of formula 1 B ; c) treating the resulting intermediate product 2 with a fluoride ion source to provide compound of formula II, wherein product 2 is represented by compound of formula 2 A or compound of formula 2 B .
A method for producing a prosthesis socket , in which a 3D data set of an outer contour of a stump , to which a prosthesis socket should be applied, is created and a base socket is produced from a first substance in a 3D printing method using the 3D data set , wherein at least one stabilization element that is made of a second substance is applied to the base socket , characterized in that an anchor or a connecting plate is worked into the base socket .