mhurhangee/patent-ind-claim-en huggingface dataset:
A method for scanning frequency bands in order to find a network, carried out in a device comprising a receiver configured for carrier aggregation, which receiver comprises a receive chain, the method comprising: receiving a signal by the receive chain; splitting the received signal into at least two receive paths in the device, comprising a first path and a second path, wherein said first path receives a first frequency band and the second path receives a second frequency band; and scanning the first path and the second path in parallel for a network, thereby substantially simultaneously scanning the first frequency band in the first path and the second frequency band in the second path. receiving a signal by the receive chain; splitting the received signal into at least two receive paths in the device, comprising a first path and a second path, wherein said first path receives a first frequency band and the second path receives a second frequency band; and scanning the first path and the second path in parallel for a network, thereby substantially simultaneously scanning the first frequency band in the first path and the second frequency band in the second path.
A protease variant, comprising a substitution at position 173 of SEQ ID NO: 3, wherein the variant has protease activity and has a sequence identity to SEQ ID NO: 3 of at least 75% and less than 100%, wherein the amino acid at the position corresponding to position 173 of SEQ ID NO: 3 is Pro, and wherein the variant has an improved detergent stability compared to the protease of SEQ ID NO: 3.
An ophthalmic pharmaceutical composition, comprising the following components: a solid matrix: 0.06 to 40 parts by weight a liquid matrix: 0.4 to 55 parts by weight an active pharmaceutical ingredient: 1 part by weight; wherein, the solid matrix is at least one selected from the group consisting of polylactic acid, polyglycolic acid, polylactic acid-co-glycolic acid copolymer, and polyethylene glycol having a number average molecular weight of 800 to 10,000; the liquid matrix is a first liquid matrix and a second liquid matrix; the first liquid matrix is at least one selected from the group consisting of diethyl succinate, diethyl tartrate, dimethyl glutarate, and glycerol triacetate; the second liquid matrix is at least one selected from the group consisting of glycerol, propylene glycol, and polyethylene glycol having a number average molecular weight of 70 to 750. a solid matrix: 0.06 to 40 parts by weight a liquid matrix: 0.4 to 55 parts by weight an active pharmaceutical ingredient: 1 part by weight; wherein, the solid matrix is at least one selected from the group consisting of polylactic acid, polyglycolic acid, polylactic acid-co-glycolic acid copolymer, and polyethylene glycol having a number average molecular weight of 800 to 10,000; the liquid matrix is a first liquid matrix and a second liquid matrix; the first liquid matrix is at least one selected from the group consisting of diethyl succinate, diethyl tartrate, dimethyl glutarate, and glycerol triacetate; the second liquid matrix is at least one selected from the group consisting of glycerol, propylene glycol, and polyethylene glycol having a number average molecular weight of 70 to 750.
Method for authenticating a mobile terminal bearing an electronic ticket (TIC), said method including: - a step (F10) of receiving said ticket (TIC) from the mobile terminal by short-range communication means (MCC); - a step (F20) of extracting a public key (PBKM) of the mobile terminal that is included in said ticket; - a step (F30) of generating a random (RND); - a step (F40) of short-range communication with a secure element (SIM) of the mobile terminal (TRM) in order to ask this secure element (SIM) to sign said random with a private key (PVKM) of the mobile terminal that is stored in this secure element; - a step (F50) of authenticating said mobile terminal (TRM) on the basis of said signed random (RND*) and of said public key (PBKM). - a step (F10) of receiving said ticket (TIC) from the mobile terminal by short-range communication means (MCC); - a step (F20) of extracting a public key (PBKM) of the mobile terminal that is included in said ticket; - a step (F30) of generating a random (RND); - a step (F40) of short-range communication with a secure element (SIM) of the mobile terminal (TRM) in order to ask this secure element (SIM) to sign said random with a private key (PVKM) of the mobile terminal that is stored in this secure element; - a step (F50) of authenticating said mobile terminal (TRM) on the basis of said signed random (RND*) and of said public key (PBKM).
A method for operating a wind turbine during partial load operation, the method comprising: determining a power output of the wind turbine ; determining whether the power output is below a rated power of the wind turbine ; if the power output is at the rated power, maintaining, via a controller , a speed of the wind turbine equal to a rated speed set point; and if the power output is below the rated power and an operational space exists below system constraints of the wind turbine , varying, via the controller , the speed of the wind turbine based on a non-monotonic torque-speed relationship, wherein varying the speed of the wind turbine based on the non-monotonic torque-speed relationship further comprises operating the wind turbine to an increased speed set point of the wind turbine above the rated speed set point at rated power as a function of torque until the system constraints are reached, wherein the increased speed set point is dynamically calculated as a function of the torque of the wind turbine and further comprises receiving, via a turbine controller , the electrical constraints of one or more components from a converter controller of the wind turbine in real-time, calculating a plurality of intermediate speed set points as a function of the torque of the wind turbine for the electrical constraints, and selecting one of the plurality of intermediate speed set points to be the speed set point. determining a power output of the wind turbine ; determining whether the power output is below a rated power of the wind turbine ; if the power output is at the rated power, maintaining, via a controller , a speed of the wind turbine equal to a rated speed set point; and if the power output is below the rated power and an operational space exists below system constraints of the wind turbine , varying, via the controller , the speed of the wind turbine based on a non-monotonic torque-speed relationship, wherein varying the speed of the wind turbine based on the non-monotonic torque-speed relationship further comprises operating the wind turbine to an increased speed set point of the wind turbine above the rated speed set point at rated power as a function of torque until the system constraints are reached, wherein the increased speed set point is dynamically calculated as a function of the torque of the wind turbine and further comprises receiving, via a turbine controller , the electrical constraints of one or more components from a converter controller of the wind turbine in real-time, calculating a plurality of intermediate speed set points as a function of the torque of the wind turbine for the electrical constraints, and selecting one of the plurality of intermediate speed set points to be the speed set point. receiving, via a turbine controller , the electrical constraints of one or more components from a converter controller of the wind turbine in real-time, calculating a plurality of intermediate speed set points as a function of the torque of the wind turbine for the electrical constraints, and selecting one of the plurality of intermediate speed set points to be the speed set point.
Arrangement comprising a bounded airspace provided with a water pool , the indoor temperature of which airspace is arranged to be adjustable, and temperature means for adjusting the temperature of the airspace to be lower than the temperature of the water in the water pool , characterized in that the airspace is thermally insulated, and in that the temperature of the airspace is maintained at between -30...+2°C and the temperature of the water in the water pool is between - 2...+3°C by the aid of the temperature means , and in that the arrangement comprises a temperature regulation arrangement for preventing freezing of the water in the water pool .
An exhaust sampling system comprising: a plurality of exhaust sampling system zones, the exhaust sampling system zones including a sampling conduit , a fill circuit , a read circuit , and at least one sample bag ; and a controller ; characterized in that the controller is programmed to: predict a minimum dilution ratio to avoid condensation in each of the exhaust sampling system zones, and run a test procedure in which a sample of exhaust is diluted with a make-up gas at a selected minimum dilution ratio that is greater than or equal to a maximum of the predicted minimum dilution ratios. a plurality of exhaust sampling system zones, the exhaust sampling system zones including a sampling conduit , a fill circuit , a read circuit , and at least one sample bag ; and a controller ; characterized in that the controller is programmed to: predict a minimum dilution ratio to avoid condensation in each of the exhaust sampling system zones, and run a test procedure in which a sample of exhaust is diluted with a make-up gas at a selected minimum dilution ratio that is greater than or equal to a maximum of the predicted minimum dilution ratios. predict a minimum dilution ratio to avoid condensation in each of the exhaust sampling system zones, and run a test procedure in which a sample of exhaust is diluted with a make-up gas at a selected minimum dilution ratio that is greater than or equal to a maximum of the predicted minimum dilution ratios.
A method for aborting a circuit switched fallback, CSFB, call, comprising: judging (S101, S206, S306), by a visitor location register, VLR, whether a CSFB call needs to be aborted; and if the CSFB call needs to be aborted, sending (SI02, S207, S307), to a mobility management entity, MME, an SGs message indicating a call abort, so that the MME rejects the CSFB call; wherein the MME rejects the CSFB call, including:recording, by the MME, a call abort state as valid in response to the SGs message indicating the call abort; receiving (S208) an extended service request message sent by a callee User Equipment, UE; and sending (S209), by the MME, a service request reject message to the callee UE if the extended service request message carries a cause value indicating that the CSFB call is accepted by the callee UE. judging (S101, S206, S306), by a visitor location register, VLR, whether a CSFB call needs to be aborted; and if the CSFB call needs to be aborted, sending (SI02, S207, S307), to a mobility management entity, MME, an SGs message indicating a call abort, so that the MME rejects the CSFB call; wherein the MME rejects the CSFB call, including:recording, by the MME, a call abort state as valid in response to the SGs message indicating the call abort; receiving (S208) an extended service request message sent by a callee User Equipment, UE; and sending (S209), by the MME, a service request reject message to the callee UE if the extended service request message carries a cause value indicating that the CSFB call is accepted by the callee UE.
Apparatus for transporting cuboidal packs with the aid of belt conveyors which are arranged in an upright position and have conveying strands directed towards one another, wherein the belt conveyors have mutually opposite holders for gripping in each case one or more packs such that at least two of the interacting holders grip one or more packs for transporting purposes, wherein the holders have limbs for gripping the packs at opposite regions, namely a lower, horizontally directed carrying limb for bearing the packs and at least one abutment or retaining limb , which acts on the opposite, upper side of the packs and, on account of shaping, relative position and/or movement capability, can be adapted to different dimensions of the packs , in particular to different heights of the same, wherein at least certain subregions of the retaining limb of the holder , the retaining limb acting on the upper side of the packs , are arranged at an angle in relation to the horizontally directed carrying limb , namely in a sloping position or with a curved contour, such that in correspondingly different relative positions, on account of different dimensions, the packs butt against corresponding regions of the sloping or curved retaining limb , preferably by way of a transversely directed pack edge directed towards the retaining limbs , characterized in that at least one of the holders assigned to a pack is designed in the form of a shaped, elongate, cross-sectionally approximately C-shaped profile which is open at both ends and has the horizontal carrying limb , an adjoining, upright connecting limb and the retaining limb , which adjoins the connecting limb.
A connector for a hose transferring a medium, comprising - an inner part , wherein the inner part comprises at a first end a first section comprising an opening for accommodating a hose and a second section comprising a duct which is arranged between an inner base ground of the opening for accommodating the hose and a second end of the inner part that is opposite of the first end , wherein the first section has a greater outer diameter than the second section ; and - an outer part , wherein the outer part comprises a thread surrounding the second section and a grip surrounding the first section , wherein the outer part is fixed between a flange located at the inner part's second end and a diameter transition area to the larger diameter of the first section of the inner part only rotationally movable around the inner part . - an inner part , wherein the inner part comprises at a first end a first section comprising an opening for accommodating a hose and a second section comprising a duct which is arranged between an inner base ground of the opening for accommodating the hose and a second end of the inner part that is opposite of the first end , wherein the first section has a greater outer diameter than the second section ; and - an outer part , wherein the outer part comprises a thread surrounding the second section and a grip surrounding the first section ,
A process for preparing a slurry catalyst having improved catalytic activities for use in the upgrade of heavy oil feedstock, comprising: providing a solution comprising a water-soluble metal precursor salt, the water-soluble metal precursor salt being of a Group VIB metal, the solution having a concentration of less than 10 wt. % of the Group VIB metal in the solution; sulfiding the at least a solution with a sulfiding agent, forming a sulfided catalyst precursor; mixing the sulfided catalyst precursor with a hydrocarbon diluent to form a slurry catalyst; mixing a hydrogen feed with the slurry catalyst at a pressure from 1435 psig (10 MPa) to 3610 psig (25 MPa) and a temperature from 200°F (93 °C) to 800°F (430 °C) at a rate of from 500 to 15,000 scf hydrogen per bbl (90 to 270 m 3 hydrogen per m 3 ) of slurry catalyst for a minute to 20 hours, wherein the slurry catalyst is saturated with hydrogen providing an increase of k-values in terms of HDS, HDN, and HDMCR of at least 15% compared to a slurry catalyst that is not saturated with hydrogen. providing a solution comprising a water-soluble metal precursor salt, the water-soluble metal precursor salt being of a Group VIB metal, the solution having a concentration of less than 10 wt. % of the Group VIB metal in the solution; sulfiding the at least a solution with a sulfiding agent, forming a sulfided catalyst precursor; mixing the sulfided catalyst precursor with a hydrocarbon diluent to form a slurry catalyst; mixing a hydrogen feed with the slurry catalyst at a pressure from 1435 psig (10 MPa) to 3610 psig (25 MPa) and a temperature from 200°F (93 °C) to 800°F (430 °C) at a rate of from 500 to 15,000 scf hydrogen per bbl (90 to 270 m 3 hydrogen per m 3 ) of slurry catalyst for a minute to 20 hours, wherein the slurry catalyst is saturated with hydrogen providing an increase of k-values in terms of HDS, HDN, and HDMCR of at least 15% compared to a slurry catalyst that is not saturated with hydrogen.
A holographic optical element comprising: a volume hologram recording layer comprising a photopolymer, and at least one adjacent layer which is in contact with the volume hologram recording layer and comprises a resin and a thiol compound. a volume hologram recording layer comprising a photopolymer, and at least one adjacent layer which is in contact with the volume hologram recording layer and comprises a resin and a thiol compound.
A thermal increase system with a cavity for containing a load, the thermal increase system comprising: a first repositionable electrode disposed in the cavity ; a first bus bar disposed in the cavity , the first repositionable electrode being physically and electrically connectable to the first bus bar ; a second repositionable electrode disposed in the cavity ; a second bus bar disposed in the cavity , the second repositionable electrode being physically and electrically connectable to the second bus bar ; a plurality of shelf support structures disposed within the cavity , wherein the plurality of shelf support structures is configured to support the first and second repositionable electrodes (170,172; 340, 372) at a plurality of heights within the cavity ; and a radio frequency signal source electrically connected to one or both of the first repositionable electrode and the second repositionable electrode via the first bus bar and the second bus bar , respectively, the radio frequency signal source being configured to provide radio frequency energy to either or both of the first repositionable electrode and the second repositionable electrode . a first repositionable electrode disposed in the cavity ; a first bus bar disposed in the cavity , the first repositionable electrode being physically and electrically connectable to the first bus bar ; a second repositionable electrode disposed in the cavity ; a second bus bar disposed in the cavity , the second repositionable electrode being physically and electrically connectable to the second bus bar ; a plurality of shelf support structures disposed within the cavity , wherein the plurality of shelf support structures is configured to support the first and second repositionable electrodes (170,172; 340, 372) at a plurality of heights within the cavity ; and a radio frequency signal source electrically connected to one or both of the first repositionable electrode and the second repositionable electrode via the first bus bar and the second bus bar , respectively, the radio frequency signal source being configured to provide radio frequency energy to either or both of the first repositionable electrode and the second repositionable electrode .
A method implemented by a network management device for monitoring one or more wireless access points, where the one or more wireless access points operate in a wireless band that is shared with a base station of a cellular network operated by a network operator, the method comprising: instantiating one or more probes in a network operated by the network operator; obtaining data collected by the one or more probes, wherein the one or more probes include a customer premises equipment, CPE, probe that collects data associated with a CPE operated by the network operator; determining proximity information for the one or more wireless access points relative to the base station based on network planning data or the data collected by the one or more probes; filtering the data associated with the CPE collected by the CPE probe to distinguish between data pertaining to network traffic from a wireless access point behind the CPE and data pertaining to network traffic from wired devices behind the CPE; and determining activity information for the one or more wireless access points based on the data collected by the one or more probes including the data pertaining to network traffic from the wireless access point behind the CPE. instantiating one or more probes in a network operated by the network operator; obtaining data collected by the one or more probes, wherein the one or more probes include a customer premises equipment, CPE, probe that collects data associated with a CPE operated by the network operator; determining proximity information for the one or more wireless access points relative to the base station based on network planning data or the data collected by the one or more probes; filtering the data associated with the CPE collected by the CPE probe to distinguish between data pertaining to network traffic from a wireless access point behind the CPE and data pertaining to network traffic from wired devices behind the CPE; and determining activity information for the one or more wireless access points based on the data collected by the one or more probes including the data pertaining to network traffic from the wireless access point behind the CPE.
A method comprising: determining , by a mobility management element of a core network of a communication system, that a paging operation is to be initiated for user equipment; receiving, by the mobility management element from another element of the core network of the communication system, a paging request or an incoming data alert message comprising a permanent identifier for the user equipment; restricting , by the mobility management element, the paging operation between the mobility management element and the user equipment to use of a temporary identifier for the user equipment by: retrieving, by the mobility management element, the temporary identifier for the user equipment from a cache by looking at the permanent identifier for the user equipment, and sending, by the mobility management element to a base station, a paging request comprising the temporary identifier for the user equipment; wherein the mobility management element comprises a processor and memory configured to execute the above steps. determining , by a mobility management element of a core network of a communication system, that a paging operation is to be initiated for user equipment; receiving, by the mobility management element from another element of the core network of the communication system, a paging request or an incoming data alert message comprising a permanent identifier for the user equipment; restricting , by the mobility management element, the paging operation between the mobility management element and the user equipment to use of a temporary identifier for the user equipment by: retrieving, by the mobility management element, the temporary identifier for the user equipment from a cache by looking at the permanent identifier for the user equipment, and sending, by the mobility management element to a base station, a paging request comprising the temporary identifier for the user equipment; wherein the mobility management element comprises a processor and memory configured to execute the above steps. retrieving, by the mobility management element, the temporary identifier for the user equipment from a cache by looking at the permanent identifier for the user equipment, and sending, by the mobility management element to a base station, a paging request comprising the temporary identifier for the user equipment; wherein the mobility management element comprises a processor and memory configured to execute the above steps.