mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical system , comprising: a microwave generator including a resistive identification connector having a plurality of resistive channels (121-129), each resistive channel having a plurality of resistive values; a microwave applicator having a device identifier and configured to be connected to the microwave generator via a reusable cable; and a digital controller configured to be connected to the resistive identification connector of the microwave generator, wherein the device identifier of the microwave applicator is relayed to the digital controller via a resistive channel of the plurality of resistive channels of the resistive identification connector to enable the digital controller to control the microwave applicator by adjusting at least one operation of the microwave generator, characterized by a radiometry detector connected between the microwave generator and the reusable cable and configured to sense emissions from tissue in proximity of the microwave applicator. a microwave generator including a resistive identification connector having a plurality of resistive channels (121-129), each resistive channel having a plurality of resistive values; a microwave applicator having a device identifier and configured to be connected to the microwave generator via a reusable cable; and a digital controller configured to be connected to the resistive identification connector of the microwave generator, wherein the device identifier of the microwave applicator is relayed to the digital controller via a resistive channel of the plurality of resistive channels of the resistive identification connector to enable the digital controller to control the microwave applicator by adjusting at least one operation of the microwave generator, characterized by a radiometry detector connected between the microwave generator and the reusable cable and configured to sense emissions from tissue in proximity of the microwave applicator.
A method by a base station in a wireless communication system, the method comprising: receiving from a user equipment, UE, a non-access stratum, NAS, message, the NAS message including at least one of an attach request message, a tracking area update message, or a routing update message; transmitting , to a mobility management entity, MME, a first initial UE message including the NAS message; receiving , from the MME, a reroute message including the first initial UE message; selecting , based on at least one of an MME group identifier, MMEGI, or a null-network resource identifier, NRI,/serving general packet radio service, GPRS, support node, SGSN, group identifier included in the reroute message, a dedicated MME from a network corresponding to a public land mobile network, PLMN, selected by the UE; and transmitting , to the dedicated MME, a second initial UE message including the NAS message. receiving from a user equipment, UE, a non-access stratum, NAS, message, the NAS message including at least one of an attach request message, a tracking area update message, or a routing update message; transmitting , to a mobility management entity, MME, a first initial UE message including the NAS message; receiving , from the MME, a reroute message including the first initial UE message; selecting , based on at least one of an MME group identifier, MMEGI, or a null-network resource identifier, NRI,/serving general packet radio service, GPRS, support node, SGSN, group identifier included in the reroute message, a dedicated MME from a network corresponding to a public land mobile network, PLMN, selected by the UE; and transmitting , to the dedicated MME, a second initial UE message including the NAS message.
A method of transmitting and receiving, by a user equipment, UE , data in a wireless communication system supporting Machine-Type Communication, MTC, the method comprising: monitoring a first search space configured for a first MTC Physical Downlink Control Channel, MPDCCH, where the first MPDCCH includes first control information for scheduling of a first Physical Downlink shared Channel, PDSCH, for transferring a Single Cell-Multicast Control Channel, SC-MCCH; receiving the first PDSCH based on the first control information; monitoring a second search space configured for a second MPDCCH using a group identifier acquired through the SC-MCCH, wherein the second MPDCCH includes second control information for scheduling of a second PDSCH for transferring a Single Cell-Multicast Traffic Channel, SC-MTCH; and receiving the second PDSCH based on the second control information, wherein configuration information for a maximum frequency bandwidth used for the second PDSCH is transferred through the SC-MCCH. monitoring a first search space configured for a first MTC Physical Downlink Control Channel, MPDCCH, where the first MPDCCH includes first control information for scheduling of a first Physical Downlink shared Channel, PDSCH, for transferring a Single Cell-Multicast Control Channel, SC-MCCH; receiving the first PDSCH based on the first control information; monitoring a second search space configured for a second MPDCCH using a group identifier acquired through the SC-MCCH, wherein the second MPDCCH includes second control information for scheduling of a second PDSCH for transferring a Single Cell-Multicast Traffic Channel, SC-MTCH; and receiving the second PDSCH based on the second control information, wherein configuration information for a maximum frequency bandwidth used for the second PDSCH is transferred through the SC-MCCH.
Co-layered propellant grain having an exposed outer surface, wherein said propellant grain comprises an outer layer comprising a slow burning propellant composition located on essentially the entire outer surface of the grain, and an inner layer comprising a fast burning propellant composition having a higher linear burn rate than said slow burning propellant composition; wherein said propellant grain has a structure such that after ignition, the inner layer becomes gradually increasingly exposed at the outer surface when the grain burns essentially symmetrical, wherein the grain further comprises an exposed inner surface having an area that increases after ignition.
Motor vehicle floor pan , in particular a rear floor pan, provided with a spare wheel trough and a reinforcing element , the floor pan comprising a securing zone comprising a bottom of the spare wheel trough in which is arranged said reinforcing element , being mechanically connected to said securing zone , in particular at central and peripheral portions defined in said securing zone , characterized in that the reinforcing element comprises: a holding edge defined on a first side of the reinforcing element , said edge being curved over all or part of the length (L1) of said reinforcing element ; a second holding edge defined on a second side of the reinforcing element , said edge being curved over all or part of the length (L2) of a central region of the reinforcing element , and first and second sides that are opposite one another. a holding edge defined on a first side of the reinforcing element , said edge being curved over all or part of the length (L1) of said reinforcing element ; a second holding edge defined on a second side of the reinforcing element , said edge being curved over all or part of the length (L2) of a central region of the reinforcing element , and first and second sides that are opposite one another.
Crimping tool for crimping a contact to a line , having: a) a cutter having a guide track for guiding and severing the contact from a carrier belt ; b) an anvil for placing the contact during crimping; c) a crimper for crimping crimp tongues of the contact ; and d) a first contact clamp and a second contact clamp ; characterized in that d) the first contact clamp can fix the contact on the second contact clamp and the first contact clamp activates the second contact clamp so that the second contact clamp can firmly clamp the fixed contact . a) a cutter having a guide track for guiding and severing the contact from a carrier belt ; b) an anvil for placing the contact during crimping; c) a crimper for crimping crimp tongues of the contact ; and d) a first contact clamp and a second contact clamp ; characterized in that d) the first contact clamp can fix the contact on the second contact clamp and the first contact clamp activates the second contact clamp so that the second contact clamp can firmly clamp the fixed contact .
A conveyor belt comprising: a belt body having an upper surface ; a plurality of passive resonant circuits disposed at individual positions in the belt body , each of the passive resonant circuits having a resonant frequency and including: a force-sensitive element that changes the resonant frequency of the passive resonant circuit as a function of the force applied from conveyed articles on the upper surface of the belt to the force-sensitive element . a belt body having an upper surface ; a plurality of passive resonant circuits disposed at individual positions in the belt body , each of the passive resonant circuits having a resonant frequency and including: a force-sensitive element that changes the resonant frequency of the passive resonant circuit as a function of the force applied from conveyed articles on the upper surface of the belt to the force-sensitive element .
A vacuum cleaner nozzle comprising: - at least one suction opening through which suction opening air can enter the vacuum cleaner nozzle, - at least one glide plate , - at least one retractable brush , wherein the at least one brush extend through at least one brush opening in the glide plate and characterized in that the at least one retractable brush in one mode of operation is configured to seal said at least one brush opening in that size of the brush openings is matched to the dimensions of the retractable brush. - at least one suction opening through which suction opening air can enter the vacuum cleaner nozzle, - at least one glide plate , - at least one retractable brush ,
A computer-implemented method for blocking attacks on electronics systems of a vehicle, comprising: intercepting a plurality of messages transmitted on a first communications bus between a plurality of Electronic Control Units, ECUs, of a vehicle; determining at least one recipient Electronic Control Unit, ECU, that is a recipient of the intercepted messages, the determination of the at least one recipient of the intercepted message being based on which ECUs are communicatively coupled to the first communications bus; storing , in a log , the intercepted messages and information indicating the determined at least one recipient ECU; detecting a computer attack of the vehicle based on a satisfaction of at least one condition of a rule by the stored messages and the information stored in the log, wherein the rule depends on one or more indicators of compromise comprised of malicious messages used in a computer attack and information on the at least one ECU that is a recipient of the malicious messages, the at least one condition of the rule specifying at least a presence of a defined group of messages in the log during a period of time associated with a movement of the vehicle; and blocking the detected computer attack of the vehicle by performing an action associated with the rule, wherein the blocking of the computer attack further comprises blocking a transmission of at least one message between ECUs communicatively coupled on the same first communications bus. intercepting a plurality of messages transmitted on a first communications bus between a plurality of Electronic Control Units, ECUs, of a vehicle; determining at least one recipient Electronic Control Unit, ECU, that is a recipient of the intercepted messages, the determination of the at least one recipient of the intercepted message being based on which ECUs are communicatively coupled to the first communications bus; storing , in a log , the intercepted messages and information indicating the determined at least one recipient ECU; detecting a computer attack of the vehicle based on a satisfaction of at least one condition of a rule by the stored messages and the information stored in the log, wherein the rule depends on one or more indicators of compromise comprised of malicious messages used in a computer attack and information on the at least one ECU that is a recipient of the malicious messages, the at least one condition of the rule specifying at least a presence of a defined group of messages in the log during a period of time associated with a movement of the vehicle; and blocking the detected computer attack of the vehicle by performing an action associated with the rule, wherein the blocking of the computer attack further comprises blocking a transmission of at least one message between ECUs communicatively coupled on the same first communications bus.
A treatment process system (10; 20; 30; 40; 50) for biomass material comprising a first dewatering stage arranged to receive biomass material, to remove liquid from the biomass material, and to feed the biomass material forward in the process; a first filtrate tank arranged to receive and collect the liquid removed in the first dewatering stage ; an addition stage located downstream said dewatering stage and operatively coupled to the first dewatering stage , said addition stage being arranged to receive the dewatered biomass material, wherein said addition stage includes inlets for adding acid containing solution into the addition stage , wherein the addition stage comprises an impregnator, or a soaking unit, or a mixer screw; and a reactor stage arranged to receive the biomass material treated in the addition stage and to perform a pre-hydrolysis process to the biomass material; said system being characterized by a filtrate feeding arrangement arranged to feed liquid from the filtrate tank to the reactor stage , wherein liquid collected from the first dewatering stage is re-cycled to the reactor stage . a first dewatering stage arranged to receive biomass material, to remove liquid from the biomass material, and to feed the biomass material forward in the process; a first filtrate tank arranged to receive and collect the liquid removed in the first dewatering stage ; an addition stage located downstream said dewatering stage and operatively coupled to the first dewatering stage , said addition stage being arranged to receive the dewatered biomass material, wherein said addition stage includes inlets for adding acid containing solution into the addition stage , wherein the addition stage comprises an impregnator, or a soaking unit, or a mixer screw; and a reactor stage arranged to receive the biomass material treated in the addition stage and to perform a pre-hydrolysis process to the biomass material; said system being characterized by a filtrate feeding arrangement arranged to feed liquid from the filtrate tank to the reactor stage , wherein liquid collected from the first dewatering stage is re-cycled to the reactor stage .
An over-the-air test module for testing a device under test over-the-air, wherein the test module comprises an antenna that is connected with a radio frequency module having at least three ports , wherein a first port of the radio frequency module is connected with a first path , wherein a second port of the radio frequency module is connected with a second path that encompasses a detector module , and wherein the second path comprises an interface configured to be connected with a power meter , a signal analyzer or a feedback interface of a signal generator , wherein the first path comprises a connector configured to connect a signal analyzer and/or a signal generator with the over-the-air test module , characterized in that the first path is a bidirectional path that ensures signal processing in both directions which depend on an operation mode.
A method performed by a Building Management System, BMS, comprising: - training a plurality of machine learning models with historical data relating to one or more machines, wherein each machine learning model is associated with a component of the one or more machines; - receiving a vibration dataset associated with a machine controlled by the BMS , the vibration dataset including machine metadata , machine operating conditions , and one or more time waveforms ; - assembling a feature vector comprising one or more features of the vibration dataset for input to a machine learning model of the plurality of machine learning models , wherein the machine learning model is selected based at least in part upon an identity of a component of the machine, and wherein the machine learning model defines the one or more features to extract from the vibration dataset ; - applying the feature vector to the machine learning model in order to generate a condition score for the component; and - scheduling a maintenance event for the machine or changing a setpoint associated with the machine depending on the condition score. - training a plurality of machine learning models with historical data relating to one or more machines, wherein each machine learning model is associated with a component of the one or more machines; - receiving a vibration dataset associated with a machine controlled by the BMS , the vibration dataset including machine metadata , machine operating conditions , and one or more time waveforms ; - assembling a feature vector comprising one or more features of the vibration dataset for input to a machine learning model of the plurality of machine learning models , wherein the machine learning model is selected based at least in part upon an identity of a component of the machine, and wherein the machine learning model defines the one or more features to extract from the vibration dataset ; - applying the feature vector to the machine learning model in order to generate a condition score for the component; and - scheduling a maintenance event for the machine or changing a setpoint associated with the machine depending on the condition score.
A method implemented in a terminal device in a wireless communication system, comprising: generating a random access request including a training sequence, wherein the training sequence is configured at least partially based on a requirement of a coverage gain for a predetermined coverage class five, CC5, of the terminal device ; and transmitting , to a network device , the random access request on a random access channel, wherein the training sequence is configured as 1 1 1 0 1 1 1 0 1 1 0 0 0 1 1 1 0 0 0 0 0 1 0 0 1 1 1 1 0 1 0 0 1 0 0 1 1 1 0 0 1 0 0 0 1 1 0 1 1 0 1 0 0 1 1 1 0 0 0 1 1 1 1 0 1 0 1 0 1 0 1 1 0 1 1 0 0 1 0 1 1 1 0 0 0 1 1 1 0 1 1 1 1 1 1 1 1 0 1 0 1 1 0 1 0 1 1 1 0 1 0 0 0 0 0 1 1 0 1 1 0 1 1 1 1 1 0 1 1 1 1 0 0 1 1 1 0 0 1 0. generating a random access request including a training sequence, wherein the training sequence is configured at least partially based on a requirement of a coverage gain for a predetermined coverage class five, CC5, of the terminal device ; and transmitting , to a network device , the random access request on a random access channel, wherein the training sequence is configured as 1 1 1 0 1 1 1 0 1 1 0 0 0 1 1 1 0 0 0 0 0 1 0 0 1 1 1 1 0 1 0 0 1 0 0 1 1 1 0 0 1 0 0 0 1 1 0 1 1 0 1 0 0 1 1 1 0 0 0 1 1 1 1 0 1 0 1 0 1 0 1 1 0 1 1 0 0 1 0 1 1 1 0 0 0 1 1 1 0 1 1 1 1 1 1 1 1 0 1 0 1 1 0 1 0 1 1 1 0 1 0 0 0 0 0 1 1 0 1 1 0 1 1 1 1 1 0 1 1 1 1 0 0 1 1 1 0 0 1 0.
Disinfectant and detergent composition comprising a quaternary ammonium salt and a nonionic surfactant of the polyethoxylated alcohol type, and characterised in that this surfactant consists of a C 10 polyethoxylated alcohol of formula C 10 H 21 O(CH 2 CH 2 O) j H (C 10 E j ) wherein the degree of ethoxylation j is equal to 8 or about 8.
A method for determining a navigation reference point, wherein the method comprises: determining (S110, S310, S410, S510) a navigation route according to origin position information and destination position information sent by a navigation terminal; determining (S120, S320, S420, S520) a search area corresponding to the origin position information according to the origin position information; acquiring (S130, S350), in the search area, a target building as a reference point indicating a forward direction for a user of the navigation terminal after navigation starts, according to a defined building selecting rule; and pushing (S140, S360, S470, S560) the navigation route and the target building to the navigation terminal; characterized in that the acquiring, in the search area, a target building according to a defined building selecting rule comprises: acquiring (S430) points of interest (POI) included in the search area to generate a first candidate building set; deleting (S440) POIs having the same name from the first candidate building set to generate a second candidate building set; calculating (S450) search weights of the POIs in the second candidate building set according to popularity and intensity of the POIs in the second candidate building set; and using (S460) a POI having a highest search weight as the target building. determining (S110, S310, S410, S510) a navigation route according to origin position information and destination position information sent by a navigation terminal; determining (S120, S320, S420, S520) a search area corresponding to the origin position information according to the origin position information; acquiring (S130, S350), in the search area, a target building as a reference point indicating a forward direction for a user of the navigation terminal after navigation starts, according to a defined building selecting rule; and pushing (S140, S360, S470, S560) the navigation route and the target building to the navigation terminal; characterized in that the acquiring, in the search area, a target building according to a defined building selecting rule comprises: acquiring (S430) points of interest (POI) included in the search area to generate a first candidate building set; deleting (S440) POIs having the same name from the first candidate building set to generate a second candidate building set; calculating (S450) search weights of the POIs in the second candidate building set according to popularity and intensity of the POIs in the second candidate building set; and using (S460) a POI having a highest search weight as the target building. acquiring (S430) points of interest (POI) included in the search area to generate a first candidate building set; deleting (S440) POIs having the same name from the first candidate building set to generate a second candidate building set; calculating (S450) search weights of the POIs in the second candidate building set according to popularity and intensity of the POIs in the second candidate building set; and using (S460) a POI having a highest search weight as the target building.
A method for increasing an accuracy of a transceiver loopback calibration, comprising: determining a time difference between a use of a local oscillator signal by a second mixing circuit within a receive path of the transceiver and a use of the local oscillator signal by a first mixing circuit within a transmit path of the transceiver; delaying the local oscillator signal for the first mixing circuit or for the second mixing circuit to reduce the time difference; and performing a loopback calibration of the transceiver at the reduced time difference. determining a time difference between a use of a local oscillator signal by a second mixing circuit within a receive path of the transceiver and a use of the local oscillator signal by a first mixing circuit within a transmit path of the transceiver; delaying the local oscillator signal for the first mixing circuit or for the second mixing circuit to reduce the time difference; and performing a loopback calibration of the transceiver at the reduced time difference.
A surgical buttress for use in a surgical stapling apparatus , the surgical buttress comprising a body portion having lateral edges defining pockets , wherein the lateral edges are wings configured to extend beyond the sides of the surgical stapling apparatus and a radioactive material is disposed in at least some of the pockets , wherein the pockets are solely disposed along the lateral edges .