mhurhangee/patent-ind-claim-en huggingface dataset:
An isolated peptide of less than 15 amino acids having cytotoxic T cell (CTL)-inducing ability, wherein the peptide comprises the amino acid sequence of (a) or (b) below: (a) the amino acid sequence selected from the group consisting of SEQ ID NOs: 32, 5, 28 and 30; or (b) the amino acid sequence in which one or two amino acids are substituted and/or added to the amino acid sequence selected from the group consisting of SEQ ID NOs: 32, 5, 28 and 30. (a) the amino acid sequence selected from the group consisting of SEQ ID NOs: 32, 5, 28 and 30; or (b) the amino acid sequence in which one or two amino acids are substituted and/or added to the amino acid sequence selected from the group consisting of SEQ ID NOs: 32, 5, 28 and 30.
Method for producing a food intermediate, characterized by the following steps: a) comminuting 32-40 wt% of chicken abdominal fat, 32-40 wt% of chicken skin, 7-11 wt% of chicken egg white, 1-2.5 wt% of table salt, 12-25 wt% of water, and also oxidizing agents and glucose dextrose, to give a mass; b) dispensing the mass into a casing; c) cooking the dispensed mass. a) comminuting 32-40 wt% of chicken abdominal fat, 32-40 wt% of chicken skin, 7-11 wt% of chicken egg white, 1-2.5 wt% of table salt, 12-25 wt% of water, and also oxidizing agents and glucose dextrose, to give a mass; b) dispensing the mass into a casing; c) cooking the dispensed mass.
An agricultural baler comprising: a frame , a pick-up device , a cylindrical bale chamber and a binding device that supplies a binding material for binding a bale formed in the bale chamber, wherein the bale chamber includes: an inlet , two opposed side walls forming ends of the bale chamber, a set of rotary compression rollers positioned within the bale chamber, and drive means configured to drive rotary movement of the rotary compression rollers, wherein the bale chamber further comprises a front part and a rear part , each of said front and rear parts comprising approximately one half of the bale chamber, wherein the rear part is attached to the front part through a pivot joint so that the rear part can pivot between a closed condition for forming a bale in the bale chamber and an open condition for releasing a bale from the bale chamber; characterised in that the set of rotary compression rollers includes at least one low traction rotary compression roller , which is located within a lower part of the bale chamber and is configured to provide a reduced level of traction to a bale in the bale chamber, as compared to a majority of the other rotary compression rollers , at least when the rear part is in an open condition. a frame , a pick-up device , a cylindrical bale chamber and a binding device that supplies a binding material for binding a bale formed in the bale chamber, wherein the bale chamber includes: an inlet , two opposed side walls forming ends of the bale chamber, a set of rotary compression rollers positioned within the bale chamber, and drive means configured to drive rotary movement of the rotary compression rollers, an inlet , two opposed side walls forming ends of the bale chamber, a set of rotary compression rollers positioned within the bale chamber, and drive means configured to drive rotary movement of the rotary compression rollers, wherein the bale chamber further comprises a front part and a rear part , each of said front and rear parts comprising approximately one half of the bale chamber, wherein the rear part is attached to the front part through a pivot joint so that the rear part can pivot between a closed condition for forming a bale in the bale chamber and an open condition for releasing a bale from the bale chamber; characterised in that the set of rotary compression rollers includes at least one low traction rotary compression roller , which is located within a lower part of the bale chamber and is configured to provide a reduced level of traction to a bale in the bale chamber, as compared to a majority of the other rotary compression rollers , at least when the rear part is in an open condition.
A horological movement including at least one regulating organ which is a tourbillon or karussel including a frame , said movement including a drive mechanism including a fixed structure on which an arm carrying said frame is pivotally mounted about a main axis (D0), said arm being subjected to the return torque of a first energy source , said drive mechanism further including at least one second energy source , arranged to permanently re-power said first energy source , characterised in that said second energy source is arranged to drive a frame pitch mobile in turn driving a frame pinion for rotating said frame , and in that said horological movement includes, for periodically controlling a retrograde movement of said arm , a release mobile kinematically connected to said second energy source and always turning in the same direction, and which is arranged to cooperate, at a pallet-stone that said release mobile includes, with a cam that a cam mobile kinematically connected to said arm includes, and in that said cam covers an angular sector less than 360° and which corresponds to a forward movement of said arm pivoting in a first direct direction E at a first constant speed relative to said fixed structure as long as said pallet-stone is resting on said cam , an interruption of said cam being arranged to release a drop of a pallet-stone that said release mobile includes under the action of the motor torque of said second energy source , and to control a rapid retrograde return of said arm in a second retrograde direction F relative to said fixed structure at a second speed greater than said first speed, during the drop of said pallet-stone between the moment when it leaves said cam and the moment when it returns to rest on said cam , said cam mobile performing, during said drop, a retrograde pivoting under the effect of the retrograde return of said arm .
An integrated circuit comprising: - a first voltage regulator (105 1 ) comprising a first node coupled to a gate of a first source follower (202 1 ) to control an output at an output terminal of the first source follower to be equal to a reference voltage; - a second voltage regulator (105 2 ) which is different from the first voltage regulator (105 1 ), the second voltage regulator (105 2 ) comprising a second node coupled to a gate of a second source follower (202 2 ) to control an output at an output terminal of the second source follower to be equal to the reference voltage, wherein the first and second nodes are electrically shorted, - a first load directly coupled to the output terminal of the first source follower (202 1 ), and - a second load directly coupled to the output terminal of the second source follower (202 2 ), wherein the output terminal of the first source follower (202 1 ) and the output terminal of the second source follower (202 2 ) are electrically shorted through a resistor along a wire. - a first voltage regulator (105 1 ) comprising a first node coupled to a gate of a first source follower (202 1 ) to control an output at an output terminal of the first source follower to be equal to a reference voltage; - a second voltage regulator (105 2 ) which is different from the first voltage regulator (105 1 ), the second voltage regulator (105 2 ) comprising a second node coupled to a gate of a second source follower (202 2 ) to control an output at an output terminal of the second source follower to be equal to the reference voltage, wherein the first and second nodes are electrically shorted, - a first load directly coupled to the output terminal of the first source follower (202 1 ), and - a second load directly coupled to the output terminal of the second source follower (202 2 ),
A radio access network node for assisting a network slice selection, the radio access network node comprising: means configured to receive, from at least a first and a second core network node coupled to the radio access network node, a message including first information corresponding to a list of network slices supported by the first core network node or by the second core network node; means configured to broadcast second information, to a mobile terminal, the second information comprising the list of network slices supported by the first or the second core network node, for determining at the mobile terminal how access control is to be applied in respect of network slices supported by the first or the second core network node; means configured to receive, from the mobile terminal, a Radio Resource Control, RRC, setup complete message including third information corresponding to a network slice that is subscribed to by the mobile terminal; and means configured to select the second core network node based on the third information and the list of network slices supported by the second network node. means configured to receive, from at least a first and a second core network node coupled to the radio access network node, a message including first information corresponding to a list of network slices supported by the first core network node or by the second core network node; means configured to broadcast second information, to a mobile terminal, the second information comprising the list of network slices supported by the first or the second core network node, for determining at the mobile terminal how access control is to be applied in respect of network slices supported by the first or the second core network node; means configured to receive, from the mobile terminal, a Radio Resource Control, RRC, setup complete message including third information corresponding to a network slice that is subscribed to by the mobile terminal; and means configured to select the second core network node based on the third information and the list of network slices supported by the second network node.
A method performed by an apparatus , comprising: receiving an indication of a set of geographic zones and a set of control transmission wireless resource units , wherein, for each one of the geographic zones , a corresponding one or more of the control transmission wireless resource units is specified for use while in said one of the geographic zones ; while in a first zone of the geographic zones , transmitting a control transmission reserving a first data transmission wireless resource unit for use by the apparatus for sidelink, SL, data communication while in the first zone, the control transmission performed using one of the control transmission wireless resource units corresponding to the first zone, wherein said first data transmission wireless resource unit is selected from a pool of data transmission wireless resource units, each member of the pool of data transmission wireless resource units being available for use across a contiguous plurality of the set of geographic zones , wherein different members of the pool of data transmission wireless resource units are concurrently usable regardless of geographic zone; and following determining that reservation of the first data transmission wireless resource unit in the defined geographic zone is successful, using the first data transmission wireless resource unit for SL data communication while in the defined geographic zone. receiving an indication of a set of geographic zones and a set of control transmission wireless resource units , wherein, for each one of the geographic zones , a corresponding one or more of the control transmission wireless resource units is specified for use while in said one of the geographic zones ; while in a first zone of the geographic zones , transmitting a control transmission reserving a first data transmission wireless resource unit for use by the apparatus for sidelink, SL, data communication while in the first zone, the control transmission performed using one of the control transmission wireless resource units corresponding to the first zone, wherein said first data transmission wireless resource unit is selected from a pool of data transmission wireless resource units, each member of the pool of data transmission wireless resource units being available for use across a contiguous plurality of the set of geographic zones , wherein different members of the pool of data transmission wireless resource units are concurrently usable regardless of geographic zone; and following determining that reservation of the first data transmission wireless resource unit in the defined geographic zone is successful, using the first data transmission wireless resource unit for SL data communication while in the defined geographic zone.
A cooling system for cooling of a combustion engine , wherein the cooling system comprises a radiator inlet line configure to direct coolant to a radiator , a radiator outlet line configured to receive coolant from the radiator , a radiator bypass line configured to direct coolant past the radiator , a cylinder block inlet line configured to direct coolant at a first temperature (T 1 ) to the cylinder block of the combustion engine and a cylinder block outlet line configured to receive coolant from the cylinder block , a cylinder head inlet line configured to direct coolant at a second temperature (T 2 ) to the cylinder head of the combustion engine and a cylinder head outlet line configured to receive coolant from the cylinder head , and wherin the cylinder head outlet line is configured to direct coolant to the cylinder block inlet line such that the coolant at the first temperature (T 1 ) directed to the cylinder block has a higher temperature than the coolant at the second temperature (T 2 ) directed to the cylinder head , wherein the cooling system comprises a first valve device configured to receive coolant from the cylinder block outlet line and to direct coolant to the radiator inlet line and/or the radiator bypass line and a second valve device configured to receive coolant from the radiator outlet line and/or the radiator bypass line and to direct the coolant to the cylinder block inlet line and the cylinder head inlet line , characterised in that the first valve device is a three way valve .
A block copolymer comprising: at least one A block comprising multiple monomeric units derived from a first monomer comprising a (meth)acryloyl group and a phosphorous-containing group; and at least one B block comprising multiple monomer units derived from a second monomer comprising a (meth)acryloyl group and a poly(dialkylsiloxane) group. at least one A block comprising multiple monomeric units derived from a first monomer comprising a (meth)acryloyl group and a phosphorous-containing group; and at least one B block comprising multiple monomer units derived from a second monomer comprising a (meth)acryloyl group and a poly(dialkylsiloxane) group.
A display comprising: a display frame ; a light guide plate disposed within the display frame , the light guide plate comprising an edge and a set of optical input terminals along the edge; a set of light sources disposed along at least one edge of the light guide plate, wherein the set of light sources are secured to the display frame, each light source is aligned with a respective optical input terminal of the set of optical input terminals, and the light guide plate and the display frame have respective coefficients of thermal expansion such that each light source is not displaced beyond the respective optical input terminal during thermal expansion of the light guide plate and the display frame; and a flexible circuit strip electrically connected to the set of light sources, wherein the flexible circuit strip is bent between adjacent light sources of the set of light sources to allow for thermal expansion of the display frame. a display frame ; a light guide plate disposed within the display frame , the light guide plate comprising an edge and a set of optical input terminals along the edge; a set of light sources disposed along at least one edge of the light guide plate, wherein the set of light sources are secured to the display frame, each light source is aligned with a respective optical input terminal of the set of optical input terminals, and the light guide plate and the display frame have respective coefficients of thermal expansion such that each light source is not displaced beyond the respective optical input terminal during thermal expansion of the light guide plate and the display frame; and a flexible circuit strip electrically connected to the set of light sources, wherein the flexible circuit strip is bent between adjacent light sources of the set of light sources to allow for thermal expansion of the display frame.
A polymeric film, extruded and stretched at a stretch ratio within a range of from 1:1.1 to 1:10, adapted for absorbing liquid inks from inkjet printing, the film defining a first face for receiving print, and a second oppositely directed face, the film containing beta polypropylene crystal phase and including a microporous structure extending along at least the first face, wherein the microporous structure has a porosity within a range of from 40% to 75%, the microporous structure includes a plurality of interconnected pores having a pore size distribution within a range of from 2 microns to 10 nm, the microporous structure has a thickness of at least 20 microns as measured from the first face, and the film exhibits an ink absorption rate of at least 0.01 picoliter/μm 2 /second at a printing temperature of 40° C.
A screwing device for applying and/or transmitting a torque to a screw partner and for interacting with a drive torque generating means, the screwing device comprising geared offset head means having an output which can be connected to the screw partner in a detachable manner and a drive to which a drive torque can be manually or mechanically applied, an output gearwheel which can be driven by the geared offset head means , a mechanical interface for selective direct or indirect connection to the drive torque generating means for introducing the torque, characterized in that the screwing device furthermore comprises a compensation unit configured to store and process compensation data comprising a torque curve specific to the output gearwheel and/or an efficiency curve specific to the output gearwheel for offsetting said data against a value of an actual output torque in order to generate a value of a compensated output torque, and a data interface configured to transmit compensation data to a drive torque generating means. for applying and/or transmitting a torque to a screw partner and for interacting with a drive torque generating means, the screwing device comprising geared offset head means having an output which can be connected to the screw partner in a detachable manner and a drive to which a drive torque can be manually or mechanically applied, an output gearwheel which can be driven by the geared offset head means , a mechanical interface for selective direct or indirect connection to the drive torque generating means for introducing the torque, characterized in that the screwing device furthermore comprises a compensation unit configured to store and process compensation data comprising a torque curve specific to the output gearwheel and/or an efficiency curve specific to the output gearwheel for offsetting said data against a value of an actual output torque in order to generate a value of a compensated output torque, and a data interface configured to transmit compensation data to a drive torque generating means.
A brewable beverage making cup adaptor for cartridge type coffee making machines of the type having an inlet spout for supplying pressurized hot water, comprising: a cup body defining a chamber for holding a brewable material, said cup body having: a discharge opening at a lower end thereof through which a brewed liquid is discharged, and an inlet opening adapted to be positioned relative to the inlet spout for the supply of pressurized water to said cup body; characterised in that : said cup body further comprises a third opening for providing for removal of air from an upper portion of said chamber as the pressurized hot water fills said chamber, and said cup adaptor further comprises an arrangement fluidly connected with said chamber for preventing liquid in the chamber from exiting through said third opening. a discharge opening at a lower end thereof through which a brewed liquid is discharged, and an inlet opening adapted to be positioned relative to the inlet spout for the supply of pressurized water to said cup body; characterised in that : said cup body further comprises a third opening for providing for removal of air from an upper portion of said chamber as the pressurized hot water fills said chamber, and said cup adaptor further comprises an arrangement fluidly connected with said chamber for preventing liquid in the chamber from exiting through said third opening. said cup body further comprises a third opening for providing for removal of air from an upper portion of said chamber as the pressurized hot water fills said chamber, and said cup adaptor further comprises an arrangement fluidly connected with said chamber for preventing liquid in the chamber from exiting through said third opening.
A storage system , wherein the system comprises: a management cluster and a resource pool , wherein the management cluster comprises at least one management node; and the resource pool comprises at least two storage nodes; a target management node in the management cluster is configured to acquire a first storage request for allocating a storage node to a monitoring device; and to allocate the storage node in the resource pool to the monitoring device as a target storage node according to a preset storage node allocation policy, wherein, the target management node is a management node that is determined from the management cluster according to a preset management node allocation policy; the target storage node is configured to receive a second storage request for allocating a storage position to the monitoring device; to allocate a target storage volume from storage volumes of the target storage node to the monitoring device according to a preset storage volume allocation policy; to allocate a target block group from block groups contained in the target storage volume to the monitoring device according to a preset block group allocation policy; and to acquire monitoring data in the form of a data stream from the monitoring device and to store the monitoring data in the target block group. a target management node in the management cluster is configured to acquire a first storage request for allocating a storage node to a monitoring device; and to allocate the storage node in the resource pool to the monitoring device as a target storage node according to a preset storage node allocation policy, wherein, the target management node is a management node that is determined from the management cluster according to a preset management node allocation policy; the target storage node is configured to receive a second storage request for allocating a storage position to the monitoring device; to allocate a target storage volume from storage volumes of the target storage node to the monitoring device according to a preset storage volume allocation policy; to allocate a target block group from block groups contained in the target storage volume to the monitoring device according to a preset block group allocation policy; and to acquire monitoring data in the form of a data stream from the monitoring device and to store the monitoring data in the target block group.