mhurhangee/patent-ind-claim-en huggingface dataset:
A User Equipment, UE, comprising: one or more non-transitory computer-readable media having computer-executable instructions embodied thereon; and at least one processor coupled to the one or more non-transitory computer-readable media, and configured to execute the computer-executable instructions to: receive a configuration of a first Bandwidth Part, BWP , through Radio Resource Control, RRC, signaling from a Base Station, BS; initiate a Random Access, RA, procedure on the first BWP ; receive Downlink Control Information, DCI, via a Physical Downlink Control Channel, PDCCH, the DCI indicating a BWP switching from the first BWP to a second BWP ; determine whether to switch to the second BWP in response to the DCI; in a case that the UE determines to switch to the second BWP , stop the RA procedure that is ongoing on the first BWP ; determine whether the second BWP is configured with an RA resource; and perform a set of actions after determining that the second BWP is not configured with the RA resource, the set of actions comprising: initiating a new RA procedure on an initial BWP , the UE being informed of the initial BWP by system information from the BS. one or more non-transitory computer-readable media having computer-executable instructions embodied thereon; and at least one processor coupled to the one or more non-transitory computer-readable media, and configured to execute the computer-executable instructions to: receive a configuration of a first Bandwidth Part, BWP , through Radio Resource Control, RRC, signaling from a Base Station, BS; initiate a Random Access, RA, procedure on the first BWP ; receive Downlink Control Information, DCI, via a Physical Downlink Control Channel, PDCCH, the DCI indicating a BWP switching from the first BWP to a second BWP ; determine whether to switch to the second BWP in response to the DCI; in a case that the UE determines to switch to the second BWP , stop the RA procedure that is ongoing on the first BWP ; determine whether the second BWP is configured with an RA resource; and perform a set of actions after determining that the second BWP is not configured with the RA resource, the set of actions comprising: initiating a new RA procedure on an initial BWP , the UE being informed of the initial BWP by system information from the BS. receive a configuration of a first Bandwidth Part, BWP , through Radio Resource Control, RRC, signaling from a Base Station, BS; initiate a Random Access, RA, procedure on the first BWP ; receive Downlink Control Information, DCI, via a Physical Downlink Control Channel, PDCCH, the DCI indicating a BWP switching from the first BWP to a second BWP ; determine whether to switch to the second BWP in response to the DCI; in a case that the UE determines to switch to the second BWP , stop the RA procedure that is ongoing on the first BWP ; determine whether the second BWP is configured with an RA resource; and perform a set of actions after determining that the second BWP is not configured with the RA resource, the set of actions comprising: initiating a new RA procedure on an initial BWP , the UE being informed of the initial BWP by system information from the BS.
Hydraulic system for a vehicle, said system comprising: a first hydraulic circuit having a first pressure source and at least a first hydraulic consumer , a second hydraulic circuit having a second pressure source and at least a second hydraulic consumer , connecting means allowing a flow of hydraulic fluid at least from said first hydraulic circuit to said second hydraulic circuit , and control means for controlling operation of said hydraulic consumers , wherein said control means are connected to summation demand means , said summation demand means controlling flow of hydraulic fluid from at least said first hydraulic circuit to said second hydraulic circuit , said summation demand means being connected to operation mode signal means outputting an operation mode signal indicative of an operation mode of said vehicle, wherein said summation demand means allow or block flow of hydraulic fluid from one hydraulic circuit to another hydraulic circuit in dependency of said operation mode signal, said operation mode signal means comprise selector means which can be operated by an operator of said vehicle for selecting the respective operation mode wherein said operation mode signal means are connected to at least one sensor means , said sensor means detecting at least one operational parameter of said vehicle, characterized in that said operational parameter of said vehicle is selected from a group of parameters comprising speed of said vehicle, motor temperature of said vehicle, steering angle of a steering wheel, traction force at a trailer coupling or hitch arm, engine load, fan speed, motor rotations per minute.
A system for indoor localization comprising: a control panel ; a plurality of devices coupled to the control panel via a low-voltage wiring loop; wherein: each device of the plurality of devices includes a beacon transmitter configured to transmit information wirelessly for indoor localization purposes; each device of the plurality of devices is used for other building control purposes; and each device of the plurality of devices further comprises: a power management circuit coupled to the beacon transmitter and to the low-voltage wiring loop; and a rechargeable power supply coupled to the power management circuit ; wherein: the power management circuit is configured to alternate between powering the beacon transmitter and charging the rechargeable power supply using a duty cycle. a control panel ; a plurality of devices coupled to the control panel via a low-voltage wiring loop; wherein: each device of the plurality of devices includes a beacon transmitter configured to transmit information wirelessly for indoor localization purposes; each device of the plurality of devices is used for other building control purposes; and each device of the plurality of devices further comprises: a power management circuit coupled to the beacon transmitter and to the low-voltage wiring loop; and a rechargeable power supply coupled to the power management circuit ; wherein: the power management circuit is configured to alternate between powering the beacon transmitter and charging the rechargeable power supply using a duty cycle. each device of the plurality of devices includes a beacon transmitter configured to transmit information wirelessly for indoor localization purposes; each device of the plurality of devices is used for other building control purposes; and each device of the plurality of devices further comprises: a power management circuit coupled to the beacon transmitter and to the low-voltage wiring loop; and a rechargeable power supply coupled to the power management circuit ; wherein: the power management circuit is configured to alternate between powering the beacon transmitter and charging the rechargeable power supply using a duty cycle. a power management circuit coupled to the beacon transmitter and to the low-voltage wiring loop; and a rechargeable power supply coupled to the power management circuit ; wherein: the power management circuit is configured to alternate between powering the beacon transmitter and charging the rechargeable power supply using a duty cycle.
A blood pressure measuring apparatus configured to measure blood pressure of a subject by use of a cuff , comprising: a connecting section to which a tube communicating with the cuff s connected; a pressurizing/depressurizing section configured to increase or decrease an internal pressure of the cuff ; a first controlling section configured to control an operation of the pressurizing/depressurizing section so as to cause the internal pressure to transit from a pressure transient state to a pressure steady state or from the pressure steady state to the pressure transient state; a detecting section configured to detect the internal pressure; a storage section storing a plurality of different control modes for increasing/decreasing the internal pressure; a determining section configured to determine a type of the cuff i n accordance with whether the internal pressure detected by the detecting section as reached the pressure steady state within a predetermined time period since start of the pressure transient state, wherein the pressure transient state is started by increasing the internal pressure of the cuff with the pressurizing/depressurizing section ; and a second controlling section configured to select one of the control modes in accordance with the type of the cuff determined by the determining section , and to control the operation of the pressurizing/depressurizing section n accordance with the selected one of the control modes. a connecting section to which a tube communicating with the cuff s connected; a pressurizing/depressurizing section configured to increase or decrease an internal pressure of the cuff ; a first controlling section configured to control an operation of the pressurizing/depressurizing section so as to cause the internal pressure to transit from a pressure transient state to a pressure steady state or from the pressure steady state to the pressure transient state; a detecting section configured to detect the internal pressure; a storage section storing a plurality of different control modes for increasing/decreasing the internal pressure; a determining section configured to determine a type of the cuff i n accordance with whether the internal pressure detected by the detecting section as reached the pressure steady state within a predetermined time period since start of the pressure transient state, wherein the pressure transient state is started by increasing the internal pressure of the cuff with the pressurizing/depressurizing section ; and a second controlling section configured to select one of the control modes in accordance with the type of the cuff determined by the determining section , and to control the operation of the pressurizing/depressurizing section n accordance with the selected one of the control modes.
A hybrid device for showers, wash basins or the like, and allowing purification and either recycling of water or discarding of water, wherein said hybrid device comprises a recirculation loop in which a filter system is arranged, wherein the hybrid device also comprises multiple sensors , wherein the multiple sensors are electrical conductivity (EC) sensors comprising electrode pairs, wherein each of the multiple sensors are directed to different parameters, said parameters being water quality, level and/or leakage, wherein the hybrid device also comprises a micro processor and wherein the multiple sensors are connected to the micro processor, wherein the hybrid device also comprises an electronic control system, wherein the electronic control system of the hybrid device is arranged to measure on one electrode pair at a time.
An interlayer comprising: a layer comprising a poly(vinyl acetal) resin, wherein said resin layer exhibits a peel adhesion retention to glass of at least 25 percent after exposure to 95% relative humidity at 50 °C for 1 week, wherein said layer further comprises at least one silanol-containing adhesion stabilizing agent, wherein said layer comprises one or more surface-treated locations exhibiting a silanol concentration gradient that is such that a surface concentration of elemental silicon is greater than a mid-thickness concentration of elemental silicon.
A vane structure, the vane structure comprising layers of powder metal bonded, fused or sintered by an energy beam, the vane structure comprising a plurality of vanes , a first member and a second member , the second member being arranged coaxially around the first member , the vanes extending radially between the first and second members , the vanes having first edges and second edges, the first member having a first axial end and a second axial end, the second member having a first axial end and a second axial end, the first axial end of the second member being located at an axial position between the first axial end and the second axial end of the first member , characterised in that the first edges of the vanes extend with radial and axial components from the first member to the first axial end of the second member and the radially outer ends of the first edges of the vanes form arches with the first axial end of the second member .
A method of allocating tyre pressure monitoring units of a tyre pressure monitoring system of a vehicle to the various positions at which a respective wheel is mounted on the vehicle, wherein the tyre pressure monitoring units each contain a pressure sensor, a receiver and a transmitter, the transmitter sends data obtained from measurements of the pressure sensor together with a characteristic identifier of the tyre pressure monitoring unit, the tyre pressure monitoring system contains a central unit which receives transmissions from the tyre pressure monitoring units and, by evaluating reception levels, assigns the characteristic identifiers of the various tyre pressure monitoring units to one of the positions at which a respective wheel is mounted on the vehicle, characterised in that the transmissions from the tyre pressure monitoring units are also received by a device which is movable relative to the vehicle, preferably a radio key or a smartphone, the device, which is movable relative to the vehicle, transmits the reception levels with which the characteristic identifiers of tyre pressure monitoring units have been received or data obtained by evaluating the reception levels to the central unit, and the central unit also evaluates information received from the device moving relative to the vehicle in order to assign the characteristic identifier of the various tyre pressure monitoring units. the tyre pressure monitoring units each contain a pressure sensor, a receiver and a transmitter, the transmitter sends data obtained from measurements of the pressure sensor together with a characteristic identifier of the tyre pressure monitoring unit, the tyre pressure monitoring system contains a central unit which receives transmissions from the tyre pressure monitoring units and, by evaluating reception levels, assigns the characteristic identifiers of the various tyre pressure monitoring units to one of the positions at which a respective wheel is mounted on the vehicle, characterised in that the transmissions from the tyre pressure monitoring units are also received by a device which is movable relative to the vehicle, preferably a radio key or a smartphone, the device, which is movable relative to the vehicle, transmits the reception levels with which the characteristic identifiers of tyre pressure monitoring units have been received or data obtained by evaluating the reception levels to the central unit, and the central unit also evaluates information received from the device moving relative to the vehicle in order to assign the characteristic identifier of the various tyre pressure monitoring units.
A method of obtaining a purified composition containing unsaturated fatty acid esters obtained from a transesterification reaction of a natural oil containing unsaturated fatty acid triglycerides with ethyl alcohol, characterized in that the purification of the reaction mixture is carried out in successive stages: a) after the transesterification reaction, the alcohol is evaporated from the reaction mixture, wherein the evaporation process is carried out at a temperature not exceeding 49 °C for not more than an hour, b) the ester phase obtained in step (a) is separated, c) the ester phase is purified from the catalyst residues, soaps and glycerin in the centrifugation process, d) the ester phase is mixed with water in a volume ratio of 1:1, with nitrogen gas flow through the resulting two-phase system at 5-10 m 3 /h for one hour, then the nitrogen flow is stopped and the mixture is left to separate into two phases, then the aqueous phase is separated. e) the purified ester mixture is clarified by centrifugation. a) after the transesterification reaction, the alcohol is evaporated from the reaction mixture, wherein the evaporation process is carried out at a temperature not exceeding 49 °C for not more than an hour, b) the ester phase obtained in step (a) is separated, c) the ester phase is purified from the catalyst residues, soaps and glycerin in the centrifugation process, d) the ester phase is mixed with water in a volume ratio of 1:1, with nitrogen gas flow through the resulting two-phase system at 5-10 m 3 /h for one hour, then the nitrogen flow is stopped and the mixture is left to separate into two phases, then the aqueous phase is separated. e) the purified ester mixture is clarified by centrifugation.
Sealing station for a packaging machine , which is configured in particular in the form of a tray sealer (T), comprising an upper die with a sealing plate and a lower die with a tray holder for receiving at least one packaging tray (V) to be sealed, a cutting blade being arranged inside the sealing station , by means of which a lid (D) for closing the packaging tray (V) can be cut out of a top film , wherein the cutting blade for cutting out the lid (D) along its contour (U) has an endless cutting edge which forms a first and a second blade section , wherein the first blade section is formed for cutting out a first section (A1) of the contour (U) of the lid (D) extending in plan view on an edge region (R) of the packaging tray (V), and wherein the second blade section is formed for cutting out at least one second section (A2) of the contour (U) of the lid (D) extending in plan view outside the edge region (R) of the packaging tray (V) in order to produce a tear-off corner (A, B, C) in the lid (D) projecting beyond the edge region (R), characterized in that a first clamping jaw is provided on the sealing plate outside a sealing surface provided thereon for producing a sealing seam (S) and a second clamping jaw is provided on the tray holder , the two clamping jaws being pressable together for cutting out the tear-off corner (A, B, C) in order to clamp the top film between them.
A method , comprising: indicating, by an apparatus of a user equipment, UE, capable of operating in a 5G system, that a call pull is initiated ; categorizing, by the apparatus, an access attempt occurred for the call pull as a mobile-terminated access attempt ; and making, by the apparatus, the access attempt to a network by transmitting a message to enable a process for the call pull, wherein the message includes a cause value set according to the categorization of the access attempt . indicating, by an apparatus of a user equipment, UE, capable of operating in a 5G system, that a call pull is initiated ; categorizing, by the apparatus, an access attempt occurred for the call pull as a mobile-terminated access attempt ; and making, by the apparatus, the access attempt to a network by transmitting a message to enable a process for the call pull, wherein the message includes a cause value set according to the categorization of the access attempt .
Cable robot for creating a structure or manipulating a workpiece, comprising a working head which is suspended on a support structure having at least three support columns by a system of cables having at least three control cables , wherein cable winches are provided for adjusting the control cables relative to the support structure and/or relative to the working head , and can be actuated by an electronic control device for moving the working head , characterised in that the support columns of the support structure are luffingly and, if necessary, telescopically arranged on a revolving stage , which comprises a ballast weight for absorbing a tilting moment introduced into the respective support column by the system of cables and which is arranged on an undercarriage such that it can rotate about an upright revolving stage axis , the undercarriage having a chassis and being configured such that it can move with the revolving stage and the downwardly-luffed and, if necessary, also retracted support column .
A method for supporting smart contracts in a blockchain network, wherein the blockchain network is a distributed blockchain network having nodes, wherein each node that validates transactions runs a virtual machine for executing a smart contract, wherein a contract rewriting framework system is provided, wherein said contract rewriting framework system comprises a vulnerability detection tool, a rewriter tool and a deployment component, the method comprising: obtaining, by the deployment component, a permission to upgrade a smart contract, wherein said permission is granted to the deployment component by a creator and/or owner of the smart contract during a creation phase of the smart contract; retrieving, by the contract rewriting framework system, the smart contract from the blockchain network, wherein the smart contract is passed to the vulnerability detection tool; detecting, by the vulnerability detection tool, a vulnerability in the smart contract, wherein the vulnerability detection tool determines a type of the vulnerability and an instruction location of the vulnerability; rewriting, by the rewriter tool, the smart contract to include a patch for fixing the vulnerability, wherein a patched smart contract is generated by the rewriter tool based on the type of the vulnerability and the instruction location of the vulnerability; issuing, by the deployment component, an upgrade transaction including the patched smart contract to the blockchain network, such that the patched smart contract is deployed in the blockchain network. obtaining, by the deployment component, a permission to upgrade a smart contract, wherein said permission is granted to the deployment component by a creator and/or owner of the smart contract during a creation phase of the smart contract; retrieving, by the contract rewriting framework system, the smart contract from the blockchain network, wherein the smart contract is passed to the vulnerability detection tool; detecting, by the vulnerability detection tool, a vulnerability in the smart contract, wherein the vulnerability detection tool determines a type of the vulnerability and an instruction location of the vulnerability; rewriting, by the rewriter tool, the smart contract to include a patch for fixing the vulnerability, wherein a patched smart contract is generated by the rewriter tool based on the type of the vulnerability and the instruction location of the vulnerability; issuing, by the deployment component, an upgrade transaction including the patched smart contract to the blockchain network, such that the patched smart contract is deployed in the blockchain network.
A product comprising an H1 receptor antagonist and an H2 receptor antagonist for use in a method of: (a) treating or preventing acute respiratory distress syndrome or pulmonary distress in a patient; or (b) preventing pulmonary-related hospitalization, pulmonary intubation, or pulmonary failure in a patient; or (c) treating or preventing a pulmonary cytokine storm in a patient, wherein the product is administered to a patient infected with a corona virus or an influenza virus, wherein the H1 receptor antagonist comprises cetirizine, levocetirizine, diphenhydramine, or mixtures thereof, and wherein the H2 receptor antagonist comprises famotidine. wherein the product is administered to a patient infected with a corona virus or an influenza virus, wherein the H1 receptor antagonist comprises cetirizine, levocetirizine, diphenhydramine, or mixtures thereof, and wherein the H2 receptor antagonist comprises famotidine.