mhurhangee/patent-ind-claim-en huggingface dataset:
Method for actuating a valve device as a function of a characteristic curve (v_kk, v_kkD) by means of which a respective target value (i_EDS) corresponding to an actuating variable of the valve device can be determined, which target value respectively correlates with an initial value, corresponding to a demanded operating state of the valve device, of the characteristic curve (v_kk, v_kkD), wherein the characteristic curve (v_kk, v_kkD) comprises at least three characteristic map ranges (v_kk1 to v_kk5) and a gradient of a third characteristic curve range (v_kk2 or v_kk4) arranged between a first characteristic curve range (v_kk1 or v_kk3) and a second characteristic curve range (v_kk3 or v_kk5) is respectively greater than the gradients of the first characteristic curve range (v_kk1 or v_kk3) and of the second characteristic curve range (v_kk3 or v_kk5), characterized in that the valve device is actuated with dither which is superposed on the target value (i_EDS) and which has such a frequency that the operating state of the valve device follows the actuation in accordance with the characteristic curve (v_kk) in a defined manner and, by means of the characteristic curve (v_kk), in each case those initial values ("1", x) which correlate with the target values (i_EDS) respectively present at the reversal points of the harmonic oscillation imparted to the valve device by means of the dither are determined, on the basis of which initial values respective further initial values are ascertained, as a function of which the operation of the valve device is performed, wherein the amplitude of the dither is predefined such that one of the reversal points, in the case of an actuation of the valve device close to the transition range (i_EDS1, i_EDS2, i_EDS3 or i_EDS4) between the first characteristic curve range (v_kk1 or v_kk3) and the third characteristic curve range (v_kk2) or between the second characteristic curve range (v_kk3 or v_kk5) and the third characteristic curve range (v_kk4), lies in the first characteristic curve range (v_kk1 or v_kk3) or the second characteristic curve range (v_kk3 or v_kk5), and the respective other reversal point lies in the third characteristic curve range (v_kk2 or v_kk4).
Glycol drying system with at least one wet glycol collection container and/or at least one glycol collection line to collect moist glycol , with at least one heating device to heat the moist glycol in the at least one wet glycol collection container and/or in the at least one glycol collection line, characterised in that a membrane separation system is provided to separate the water from the heated, moist glycol , in that at least one flash gas vent is provided to remove flash gas driven out when the moist glycol is heated before separating the water in the membrane separation system , in that at least one combustion chamber is provided to combust the flash gas and provide heat for the heating device , in that the combustion chamber is provided in a micro gas turbine with exhaust gas heat exchanger and in that the exhaust gas heat exchanger is formed to transfer the heat of the exhaust gas to the moist glycol .
Device for treating weeds by means of microwaves, the device comprises a holder provided with at least two ends, wherein the holder is configured to be held by a user by one end and wherein an antenna system is attached to the other end, which is configured for guiding microwaves out into a zone to be treated, characterized in that the device further comprises the following components: - a portable portion configured to be secured to the body of a user; wherein the portable portion comprises a housing within which a microwave generator is arranged, and a power supply for supplying power to said generator ; - a transmission line configured for transmitting the microwaves from the microwave generator to the antenna system . - a portable portion configured to be secured to the body of a user; wherein the portable portion comprises a housing within which a microwave generator is arranged, and a power supply for supplying power to said generator ; - a transmission line configured for transmitting the microwaves from the microwave generator to the antenna system .
A method for handling de-activation of a first Hybrid Automatic Repeat Request, called hereinafter HARQ, process of multiple HARQ processes used in a mobile of a wireless communications system comprising: receiving, at the mobile, a Primary Absolute Grant, called hereinafter AG, message indicating the mobile to de-activate the first HARQ process ; wherein the Primary AG message affects one HARQ process, i.e. the AG scope is 'Per HARQ process'; receiving a Secondary AG message; and de-activating the first HARQ process; characterized by the mobile activating all the multiple HARQ processes and using a grant provided by the Secondary AG message as a serving grant in consequence of receiving the Primary AG message if all the multiple HARQ processes are de-activated and a secondary grant function is configured . receiving, at the mobile, a Primary Absolute Grant, called hereinafter AG, message indicating the mobile to de-activate the first HARQ process ; wherein the Primary AG message affects one HARQ process, i.e. the AG scope is 'Per HARQ process'; receiving a Secondary AG message; and de-activating the first HARQ process; characterized by the mobile activating all the multiple HARQ processes and using a grant provided by the Secondary AG message as a serving grant in consequence of receiving the Primary AG message if all the multiple HARQ processes are de-activated and a secondary grant function is configured .
A regulatable chimeric antigen receptor (RCAR), wherein the RCAR comprises: a first polypeptide that is an intracellular signaling member comprising an intracellular signaling domain and a first switch domain, and a second polypeptide that is an antigen binding member that comprises an antigen binding domain and a second switch domain, wherein the first and second switch domains associate in the presence of a dimerization molecule, further wherein the RCAR comprises a transmembrane domain, and wherein the first and second switch domains comprise a FKBP-FRB based switch comprising: (a) a switch domain that comprises a FRB binding fragment or sequence having at least 80, 85, 90, 95, 98 or 99% identity with the FKBP sequence of SEQ ID NO: 1 or 141; and (b) a switch domain comprising an FKBP binding fragment or sequence having at least 80, 85, 90, 95, 98 or 99% identity with the FRB sequence of SEQ ID NO: 2, and comprising an E2032 mutation, or an E2032 mutation and a T2098 mutation, wherein the first amino acid of SEQ ID NO: 2 is defined as position 2021. a first polypeptide that is an intracellular signaling member comprising an intracellular signaling domain and a first switch domain, and a second polypeptide that is an antigen binding member that comprises an antigen binding domain and a second switch domain, wherein the first and second switch domains associate in the presence of a dimerization molecule, further wherein the RCAR comprises a transmembrane domain, and wherein the first and second switch domains comprise a FKBP-FRB based switch comprising: (a) a switch domain that comprises a FRB binding fragment or sequence having at least 80, 85, 90, 95, 98 or 99% identity with the FKBP sequence of SEQ ID NO: 1 or 141; and (b) a switch domain comprising an FKBP binding fragment or sequence having at least 80, 85, 90, 95, 98 or 99% identity with the FRB sequence of SEQ ID NO: 2, and comprising an E2032 mutation, or an E2032 mutation and a T2098 mutation, wherein the first amino acid of SEQ ID NO: 2 is defined as position 2021. (a) a switch domain that comprises a FRB binding fragment or sequence having at least 80, 85, 90, 95, 98 or 99% identity with the FKBP sequence of SEQ ID NO: 1 or 141; and (b) a switch domain comprising an FKBP binding fragment or sequence having at least 80, 85, 90, 95, 98 or 99% identity with the FRB sequence of SEQ ID NO: 2, and comprising an E2032 mutation, or an E2032 mutation and a T2098 mutation, wherein the first amino acid of SEQ ID NO: 2 is defined as position 2021.
Lamp , in particular an emergency light, comprising: • a plate-shaped light-conducting element , which is designed to radiate, via a flat side , light that is radiated into the light-conducting element at circumferential surfaces thereof, • lighting means arranged on the outer circumference of the light-conducting element and designed to radiate light into the light-conducting element via the circumferential surfaces thereof, wherein on its flat side provided for light radiation, the light-conducting element comprises light-decoupling structures , which are formed by a raised, grid-like structure, wherein regions of the grid-like structure have a substantially rectangular cross-section and the side walls , oriented perpendicularly to the flat side of the light-conducting element , of the grid-like structure allow light emission, and wherein the light-conducting element has a rectangular, in particular a square shape, wherein independently activatable lighting means or groups of lighting means are respectively arranged on all four circumferential surfaces of the light-conducting element in order to be able to adjust a distribution of the light emitted by the light-conducting element . • a plate-shaped light-conducting element , which is designed to radiate, via a flat side , light that is radiated into the light-conducting element at circumferential surfaces thereof, • lighting means arranged on the outer circumference of the light-conducting element and designed to radiate light into the light-conducting element via the circumferential surfaces thereof, wherein on its flat side provided for light radiation, the light-conducting element comprises light-decoupling structures , which are formed by a raised, grid-like structure, wherein regions of the grid-like structure have a substantially rectangular cross-section and the side walls , oriented perpendicularly to the flat side of the light-conducting element , of the grid-like structure allow light emission, and wherein the light-conducting element has a rectangular, in particular a square shape, wherein independently activatable lighting means or groups of lighting means are respectively arranged on all four circumferential surfaces of the light-conducting element in order to be able to adjust a distribution of the light emitted by the light-conducting element .
Add-on module for integration in an existing device in order to equip the device with a localisation functionality, comprising a measuring unit and a localisation unit , wherein - the measuring unit is configured to measure passively by means of sensors a local electromagnetic field distribution generated by a given surrounding infrastructure , which is located inside a building, inside the building, without any data being exchanged with this infrastructure , and - the localisation unit is configured, automatically to determine an instantaneous spatial position of the add-on module by comparing the measured field distribution with a specified map that is in the form of a building plan of the building and defines a spatially resolved reference field distribution and positions of the field-generating infrastructure . - the measuring unit is configured to measure passively by means of sensors a local electromagnetic field distribution generated by a given surrounding infrastructure , which is located inside a building, inside the building, without any data being exchanged with this infrastructure , and - the localisation unit is configured, automatically to determine an instantaneous spatial position of the add-on module by comparing the measured field distribution with a specified map that is in the form of a building plan of the building and defines a spatially resolved reference field distribution and positions of the field-generating infrastructure .
Process for preparing a powdered composition, said process comprising the steps of : a) adding a solution of a water-soluble polymer to a Pickering emulsion, wherein the Pickering emulsion comprises (i) a non-encapsulated oil phase comprising a hydrophobic active ingredient, preferably a perfume or a flavour; (ii) solid particles that are insoluble in water; and (iii) water; b) adding a core-shell microcapsule slurry to the emulsion of step a), said slurry comprising microcapsules having a polymeric shell and a core comprising encapsulated oil; and c) drying the emulsion of step b) to obtain a powdered composition. a) adding a solution of a water-soluble polymer to a Pickering emulsion, wherein the Pickering emulsion comprises (i) a non-encapsulated oil phase comprising a hydrophobic active ingredient, preferably a perfume or a flavour; (ii) solid particles that are insoluble in water; and (iii) water; (i) a non-encapsulated oil phase comprising a hydrophobic active ingredient, preferably a perfume or a flavour; (ii) solid particles that are insoluble in water; and (iii) water; b) adding a core-shell microcapsule slurry to the emulsion of step a), said slurry comprising microcapsules having a polymeric shell and a core comprising encapsulated oil; and c) drying the emulsion of step b) to obtain a powdered composition.
Method for fabricating composites, the method comprising: - introducing an aqueous gel of nanofibrillar cellulose (NFC) into a volume of organic extraction agent miscible with water so that the aqueous gel is kept as a separate phase and forms one or several discrete physical entities containing the nanofibrillar cellulose within the phase and retaining the phase boundary of the gel against the extraction agent volume the whole time after the contact of the hydrogel with the extraction agent, - changing water with the organic extraction agent in said one or several discrete physical entities of nanofibrillar cellulose, and - drying the nanofibrillar cellulose by removing the organic extraction agent from the one or several discrete physical entities of nanofibrillar cellulose; characterized in that the method comprises: - incorporating at least one substance into the one or several discrete physical entities through the aqueous gel and/or through the extraction agent to make a composite of nanofibrillar cellulose and the substance. - introducing an aqueous gel of nanofibrillar cellulose (NFC) into a volume of organic extraction agent miscible with water so that the aqueous gel is kept as a separate phase and forms one or several discrete physical entities containing the nanofibrillar cellulose within the phase and retaining the phase boundary of the gel against the extraction agent volume the whole time after the contact of the hydrogel with the extraction agent, - changing water with the organic extraction agent in said one or several discrete physical entities of nanofibrillar cellulose, and - drying the nanofibrillar cellulose by removing the organic extraction agent from the one or several discrete physical entities of nanofibrillar cellulose; - incorporating at least one substance into the one or several discrete physical entities through the aqueous gel and/or through the extraction agent to make a composite of nanofibrillar cellulose and the substance.
A wireless communication system using the Dynamic Frequency Selection, DFS, band and in which wireless communication devices perform wireless communication, wherein each of the wireless communication devices comprises at least a wireless communication section , a power supply section that is for supplying power supply voltage to respective sections, and a controller , the controllers supply power supply voltage to the wireless communication sections by the power supply sections when the controller of one wireless communication device receives setting of power OFF of the wireless communication system , and the controller of the one wireless communication device and the controller of the other wireless communication device perform wireless communication and monitor a channel of the DFS band by the wireless communication sections , wherein the controller of the one wireless communication device receives setting of first standby mode that monitors the channel of the DFS band in case where power of the wireless communication system becomes OFF and second standby mode that does not monitor the channel of the DFS band in case where power of the wireless communication system becomes OFF, the controllers supply power supply voltage only to the wireless communication sections by the power supply section when the controller of the one wireless communication device receives the setting of the first standby mode and it receives setting of power OFF of the wireless communication system , and the controllers do not supply power supply voltage to any units including the wireless communication sections by the power supply section when the controller of the one wireless communication device receives the setting of the second standby mode and it receives setting of power OFF of the wireless communication system .
A glycoconjugate comprising a saccharide covalently conjugated to a carrier protein through a spacer containing ((2-oxoethyl)thio) having the general formula (V): wherein R is CH(COOH)(CH 2 ) n and wherein n is selected from 1 to 10.
Accessory installation pallet for handling accessory on an off-shore vessel, the installation pallet comprising: - a pallet frame , which pallet frame provides the pallet with structural rigidity and which pallet frame is provided with fixating devices for securing an accessory , e.g. a pipeline end termination (PLET), to the pallet , wherein the pallet frame is furthermore provided with one or more coupling devices adapted to couple the pallet with a PLET handler , to allow the PLET handler to pivot the pallet from a horizontal transport position into an upright support position, and which pallet frame has a support side , which support side faces the accessory when the accessory is mounted on the pallet , and a transport side , which transport side faces away from the support side , and at which transport side the pallet frame is configured as a skid frame for transporting, i.e. skidding, to enable transport of the accessory over the deck of the off-shore vessel; and - multiple pivotable deck sections , which pivotable deck sections are pivotably mounted in the pallet frame , such that each deck sections can pivot between a folded position, in which the deck section is located adjacent the pallet frame , preferably within the pallet frame , and an extended position, in which the deck section at the support side of the pallet frame extends in a direction away from the pallet frame . - a pallet frame , which pallet frame provides the pallet with structural rigidity and which pallet frame is provided with fixating devices for securing an accessory , e.g. a pipeline end termination (PLET), to the pallet , wherein the pallet frame is furthermore provided with one or more coupling devices adapted to couple the pallet with a PLET handler , to allow the PLET handler to pivot the pallet from a horizontal transport position into an upright support position, and which pallet frame has a support side , which support side faces the accessory when the accessory is mounted on the pallet , and a transport side , which transport side faces away from the support side , and at which transport side the pallet frame is configured as a skid frame for transporting, i.e. skidding, to enable transport of the accessory over the deck of the off-shore vessel; and - multiple pivotable deck sections , which pivotable deck sections are pivotably mounted in the pallet frame , such that each deck sections can pivot between a folded position, in which the deck section is located adjacent the pallet frame , preferably within the pallet frame , and an extended position, in which the deck section at the support side of the pallet frame extends in a direction away from the pallet frame .
An optical line terminal, OLT, comprising: - a network-side port configured to connect to an upstream aggregation, AGG, network , so as to form a service channel between the OLT and the AGG network ; - a passive optical network, PON, port , configured to connect to one or more optical network terminals, ONTs, (301-303), so as to form a failover link between the ONTs (301-303) and the OLT ; and - at least one processor and at least one memory including a computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the OLT at least to perform: - receive information of a failure of an active link between the ONTs (301-303) and another OLT ; - retrieve one or more Layer 2 VLAN services, L2S corresponding to one or more failed network services provided by the active link; - activate the failover link; and - send, to the AGG network via the network-side port , the one or more Layer 2 VLAN services and a control message comprising a command for triggering a deletion of a switching information associated to the one or more Layer 2 VLAN services in the AGG network ; and wherein the OLT is configured to communicate with the AGG network through a Layer 2 Standard Control Protocol, L2CP, and wherein the command triggers, in the AGG network , flushing of the filtering database, FDB, of the corresponding Layer 2 services, L2S so that the failed one or more network services resume on the failover link. - a network-side port configured to connect to an upstream aggregation, AGG, network , so as to form a service channel between the OLT and the AGG network ; - a passive optical network, PON, port , configured to connect to one or more optical network terminals, ONTs, (301-303), so as to form a failover link between the ONTs (301-303) and the OLT ; and - at least one processor and at least one memory including a computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the OLT at least to perform: - receive information of a failure of an active link between the ONTs (301-303) and another OLT ; - retrieve one or more Layer 2 VLAN services, L2S corresponding to one or more failed network services provided by the active link; - activate the failover link; and - send, to the AGG network via the network-side port , the one or more Layer 2 VLAN services and a control message comprising a command for triggering a deletion of a switching information associated to the one or more Layer 2 VLAN services in the AGG network ; - receive information of a failure of an active link between the ONTs (301-303) and another OLT ; - retrieve one or more Layer 2 VLAN services, L2S corresponding to one or more failed network services provided by the active link; - activate the failover link; and - send, to the AGG network via the network-side port , the one or more Layer 2 VLAN services and a control message comprising a command for triggering a deletion of a switching information associated to the one or more Layer 2 VLAN services in the AGG network ;
An antibody or antigen binding fragment thereof, specifically binding to ADAMTS13 and inhibiting VWF cleavage by ADAMTS13 for use in the treatment or prevention of a haemorrhagic complication or bleeding disorder in a subject carrying an implanted circulatory assist device.