mhurhangee/ep-ind-claims huggingface dataset:
A method of enhancing road safety for vehicles (110, 120, 130) traveling on a network of roads, the method comprising: receiving, at an interaction detector, a plurality of monitoring vectors from a plurality of vehicles (110, 120, 130) travelling on the network of roads, the plurality of vehicles (110, 120, 130) including at least a first vehicle and a second vehicle, the interaction detector being remote from the plurality of vehicles (110, 120, 130); determining, from the plurality of monitoring vectors, whether there is an interaction between the first vehicle and the second vehicle, the interaction existing when the first vehicle is within a circle having a risk radius and being around the second vehicle, wherein: the risk radius is a predetermined distance such that the first vehicle and the second vehicle have a risk of collision, and the second vehicle is offset from, and not at, the center of said circle defined by the risk radius, said offset being defined by said monitoring vectors; the interaction being determined without use of prior knowledge of a pre-planned route of either of the first vehicle and the second vehicle on the network of roads; and alerting an occupant of at least one of the first vehicle and the second vehicle that the-interaction on the network of roads has been determined. receiving, at an interaction detector, a plurality of monitoring vectors from a plurality of vehicles (110, 120, 130) travelling on the network of roads, the plurality of vehicles (110, 120, 130) including at least a first vehicle and a second vehicle, the interaction detector being remote from the plurality of vehicles (110, 120, 130); determining, from the plurality of monitoring vectors, whether there is an interaction between the first vehicle and the second vehicle, the interaction existing when the first vehicle is within a circle having a risk radius and being around the second vehicle, wherein: the risk radius is a predetermined distance such that the first vehicle and the second vehicle have a risk of collision, and the second vehicle is offset from, and not at, the center of said circle defined by the risk radius, said offset being defined by said monitoring vectors; the interaction being determined without use of prior knowledge of a pre-planned route of either of the first vehicle and the second vehicle on the network of roads; and alerting an occupant of at least one of the first vehicle and the second vehicle that the-interaction on the network of roads has been determined. the risk radius is a predetermined distance such that the first vehicle and the second vehicle have a risk of collision, and the second vehicle is offset from, and not at, the center of said circle defined by the risk radius, said offset being defined by said monitoring vectors; the interaction being determined without use of prior knowledge of a pre-planned route of either of the first vehicle and the second vehicle on the network of roads; and alerting an occupant of at least one of the first vehicle and the second vehicle that the-interaction on the network of roads has been determined.
A method for detecting a characteristic sequence in a wireless communication system, comprising: receiving, by a receiving end base station, an original characteristic sequence periodically transmitted by a transmitting end base station; detecting out, by the receiving end base station, a candidate characteristic sequence meeting a preset condition from the original characteristic sequence; characterized by determining whether the detected candidate characteristic sequence is a valid characteristic sequence, comprising determining the detected candidate characteristic sequence as the valid characteristic sequence when a frequency of detecting out the same candidate characteristic sequence is greater than a preset frequency threshold within a preset detection period; and detecting whether there is an associated event based on a preset rule according to the detected valid characteristic sequence; wherein the preset condition comprises: a maximum value of a correlation value sequence corresponding to the original characteristic sequence being greater than a preset detection threshold. receiving, by a receiving end base station, an original characteristic sequence periodically transmitted by a transmitting end base station; detecting out, by the receiving end base station, a candidate characteristic sequence meeting a preset condition from the original characteristic sequence; characterized by determining whether the detected candidate characteristic sequence is a valid characteristic sequence, comprising determining the detected candidate characteristic sequence as the valid characteristic sequence when a frequency of detecting out the same candidate characteristic sequence is greater than a preset frequency threshold within a preset detection period; and detecting whether there is an associated event based on a preset rule according to the detected valid characteristic sequence; wherein the preset condition comprises: a maximum value of a correlation value sequence corresponding to the original characteristic sequence being greater than a preset detection threshold.
A method for consolidating a plurality of applications into one or more servers, the method comprising: obtaining consolidation constraints in a computer process in the form of one or more affinity matrices in which each entry corresponds to a pair of applications a i, a j from the plurality of applications and each entry reflects the preference c ij of collocating the pair of applications a i, a j in the same server, wherein a higher value of c ij reflects higher preference; and allocating the applications into the one or more servers in a computer process by determining a placement solution according to the formula, min ∑ k = 1 m y k + λ ∑ k = 1 m { ∑ i = 1 n ∑ j = i + 1 n x ik x jk 1 − C ij}. wherein x ik is the placement and specifies whether the application a i should be placed in the k-th server, wherein y k denotes if the k-th server is turned on or off, and wherein λ is a predetermined value that determines the importance of each objective in the placement solution. obtaining consolidation constraints in a computer process in the form of one or more affinity matrices in which each entry corresponds to a pair of applications a i, a j from the plurality of applications and each entry reflects the preference c ij of collocating the pair of applications a i, a j in the same server, wherein a higher value of c ij reflects higher preference; and allocating the applications into the one or more servers in a computer process by determining a placement solution according to the formula, min ∑ k = 1 m y k + λ ∑ k = 1 m { ∑ i = 1 n ∑ j = i + 1 n x ik x jk 1 − C ij}. wherein x ik is the placement and specifies whether the application a i should be placed in the k-th server, wherein y k denotes if the k-th server is turned on or off, and wherein λ is a predetermined value that determines the importance of each objective in the placement solution. wherein x ik is the placement and specifies whether the application a i should be placed in the k-th server, wherein y k denotes if the k-th server is turned on or off, and wherein λ is a predetermined value that determines the importance of each objective in the placement solution.
A monitoring system comprising: at least one sensor for monitoring a physiological condition of a person in a home or residence of the person; a first interface for transferring data from the at least one sensor to a device in the home or residence that includes a processor and software to at least in part determine the health status of the person; a second interface for transferring at least one of a voice message or a data message from the device to at least one remote unit; where the device includes at least one of an indicator, display or printer that provides information to the person regarding the person's health substantially in real time; characterized in that the system is configured such that the person's health information can only be accessed by entering at least one authorization code into the device and where different authorization codes provide different access levels to the health information and wherein the information for emergency responders is only available without passwords in the presence of the person. at least one sensor for monitoring a physiological condition of a person in a home or residence of the person; a first interface for transferring data from the at least one sensor to a device in the home or residence that includes a processor and software to at least in part determine the health status of the person; a second interface for transferring at least one of a voice message or a data message from the device to at least one remote unit; where the device includes at least one of an indicator, display or printer that provides information to the person regarding the person's health substantially in real time; characterized in that the system is configured such that the person's health information can only be accessed by entering at least one authorization code into the device and where different authorization codes provide different access levels to the health information and wherein the information for emergency responders is only available without passwords in the presence of the person.
A sealing arrangement to seal a gap between a first turbine component and a second turbine component in a gas turbine engine, the sealing arrangement comprising: a first arcuate feather seal comprising an anchored end segment and a free end segment, wherein the anchored end segment of the first arcuate feather seal is connected to an anchoring assembly of the sealing arrangement affixed to the first turbine component; and a second arcuate feather seal comprising an anchored end segment and a free end segment, wherein the anchored end segment of the second arcuate feather seal is affixed to the second turbine component, wherein the first arcuate feather seal and the second arcuate feather seal are responsive to a pressure differential that develops across the gap to form a pressure-loaded sealing joint between respective sealing surfaces (24, 26) of the first arcuate feather seal and the second arcuate feather seal, to contactively engage the first arcuate feather seal and the second arcuate feather seal wherein the respective sealing surface of the first arcuate feather seal is disposed at the free end segment of the first arcuate feather seal, the free end segment disposed opposite the anchored end segment of the first arcuate feather seal, and wherein the respective sealing surface of the second arcuate feather seal is disposed at the free end segment of the second arcuate feather seal, the free end segment disposed opposite the anchored end segment of the second arcuate feather seal, wherein the free end segment of the second arcuate feather seal is disposed radially outward relative to the anchored end segment of the second arcuate feather seal. a first arcuate feather seal comprising an anchored end segment and a free end segment, wherein the anchored end segment of the first arcuate feather seal is connected to an anchoring assembly of the sealing arrangement affixed to the first turbine component; and a second arcuate feather seal comprising an anchored end segment and a free end segment, wherein the anchored end segment of the second arcuate feather seal is affixed to the second turbine component, wherein the first arcuate feather seal and the second arcuate feather seal are responsive to a pressure differential that develops across the gap to form a pressure-loaded sealing joint between respective sealing surfaces (24, 26) of the first arcuate feather seal and the second arcuate feather seal, to contactively engage the first arcuate feather seal and the second arcuate feather seal wherein the respective sealing surface of the first arcuate feather seal is disposed at the free end segment of the first arcuate feather seal, the free end segment disposed opposite the anchored end segment of the first arcuate feather seal, and wherein the respective sealing surface of the second arcuate feather seal is disposed at the free end segment of the second arcuate feather seal, the free end segment disposed opposite the anchored end segment of the second arcuate feather seal, wherein the free end segment of the second arcuate feather seal is disposed radially outward relative to the anchored end segment of the second arcuate feather seal.
A medical patient simulator, comprising: a torso, for simulation of muscle activity in a patient, characterised in that the torso has at least a first and a second actuator (23, 24), that the first and second actuator (23, 24) is arranged on the right and left sides, respectively, of the backside of the torso, and that the at least two actuators (23, 24) are adapted to be operated in at least the following modes: - a first mode for simulation of normal muscle movement with alternate and regular activation of the first and second actuators (23, 24) on the left and right sides; - a second mode for simulation of muscle spasms with rapid and irregular activation of the first and second actuators (23, 24) on the left and right sides; - and a third mode for simulation of defibrillation with rapid activation of the first and second actuator (23, 24) simultaneously, once for each defibrillation. - a first mode for simulation of normal muscle movement with alternate and regular activation of the first and second actuators (23, 24) on the left and right sides; - a second mode for simulation of muscle spasms with rapid and irregular activation of the first and second actuators (23, 24) on the left and right sides; - and a third mode for simulation of defibrillation with rapid activation of the first and second actuator (23, 24) simultaneously, once for each defibrillation.
System for conditioning air in a room in terms of heat and/or cold comprising: - an arrangement of latent heat accumulator bodies; - an incoming-air line with an outlet arranged for the incoming air to induce a secondary flow along the latent heat accumulator bodies (9, 9') and to mix the induced secondary flow with the incoming air, resulting in a mixing temperature in the flow of incoming air before distributing it into the room, in which the outlet is arranged to provide the secondary flow over the latent heat accumulator bodies. - an arrangement of latent heat accumulator bodies; - an incoming-air line with an outlet arranged for the incoming air to induce a secondary flow along the latent heat accumulator bodies (9, 9') and to mix the induced secondary flow with the incoming air, resulting in a mixing temperature in the flow of incoming air before distributing it into the room, in which the outlet is arranged to provide the secondary flow over the latent heat accumulator bodies.
Pneumatic tyre tread comprising at least two circumferential grooves; at least one intermediate rib formed between the circumferential grooves; two shoulder ribs which are each formed outside the circumferential grooves in the width direction of the tyre; and resonators which are formed with a groove shape in which one end opens into at least one circumferential groove and the other end terminates in the intermediate rib and which reduces air column resonance in the circumferential grooves; in the resonators, a plurality of branch grooves comprising openings (51, 53) which open into at least one circumferential groove and end parts (52, 54) which terminate in the intermediate rib are formed in such a way as to open over the whole contact surface, the pneumatic tyre tread being characterized in that: the length L5 of the branch grooves of the resonators is at least 40% of the length L of the contact surface measured in a circumferential direction, and the groove width W5 is between 10% and 25% of the circumferential groove width W, when the tyre is mounted on a standard rim and inflated to the nominal inflation pressure, and the nominal load is applied; the projected length in the lateral direction of the branch grooves of the resonators is at least 95% of the pitch length Lp, when the tyre is mounted on a standard rim and inflated to the nominal inflation pressure, and the nominal load is applied; and the difference between the minimum cross-sectional void ratio in the intermediate rib where the branch grooves of the resonators are formed and the maximum cross-sectional void ratio in said intermediate rib is no greater than 10%. the length L5 of the branch grooves of the resonators is at least 40% of the length L of the contact surface measured in a circumferential direction, and the groove width W5 is between 10% and 25% of the circumferential groove width W, when the tyre is mounted on a standard rim and inflated to the nominal inflation pressure, and the nominal load is applied; the projected length in the lateral direction of the branch grooves of the resonators is at least 95% of the pitch length Lp, when the tyre is mounted on a standard rim and inflated to the nominal inflation pressure, and the nominal load is applied; and the difference between the minimum cross-sectional void ratio in the intermediate rib where the branch grooves of the resonators are formed and the maximum cross-sectional void ratio in said intermediate rib is no greater than 10%.
Method for the continuous coating of at least one substrate in an CSS reactor, comprising at least the steps - evaporating at least one semiconductor material in at least one crucible and - depositing the semiconductor material from above on the substrate, characterized in that the crucible is filled with semiconductor material during the deposition and/or evaporation and the semiconductor material is preheated to at least ±20 % of the semiconductor material in the crucible, prior to filling it into the crucible. - evaporating at least one semiconductor material in at least one crucible and - depositing the semiconductor material from above on the substrate,
A semiconductor device comprising: - a fully silicided electrode formed of an alloy of a semiconductor material and a metal and comprising a workfunction modulating element for modulating a workfunction of the alloy, characterised in that it further comprises - a dielectric in contact with the fully silicided electrode, wherein at least part of the dielectric, the part being in direct contact with the fully silicided electrode, comprises a stopping metal for substantially preventing implantation into and/or diffusion towards the dielectric of the workfunction modulating element and wherein the stopping metal is selected from the group of lanthanides. - a fully silicided electrode formed of an alloy of a semiconductor material and a metal and comprising a workfunction modulating element for modulating a workfunction of the alloy, characterised in that it further comprises - a dielectric in contact with the fully silicided electrode,
An optical laminate comprising: a substrate; and a hard coating layer formed on at least one surface of the substrate and containing a binder resin and two or more types of inorganic particles having different average radii, wherein a domain formed by surrounding two or more first inorganic particles by two or more second inorganic particles is formed in the hard coating layer, wherein the first inorganic particles and the second inorganic particles are different components from each other:; the average radii are calculated and derived by measuring the radius of individual particles identified in the electron micrographs of SEM of the hard coating layer; and the distance (Rd) between the centers of two second inorganic particles located opposite to the first inorganic particles located at the center in the domain is 60 nm to 100 nm. a substrate; and a hard coating layer formed on at least one surface of the substrate and containing a binder resin and two or more types of inorganic particles having different average radii, wherein a domain formed by surrounding two or more first inorganic particles by two or more second inorganic particles is formed in the hard coating layer, wherein the first inorganic particles and the second inorganic particles are different components from each other:; the average radii are calculated and derived by measuring the radius of individual particles identified in the electron micrographs of SEM of the hard coating layer; and the distance (Rd) between the centers of two second inorganic particles located opposite to the first inorganic particles located at the center in the domain is 60 nm to 100 nm.
A method of reporting Hybrid Automatic Repeat Request-Acknowledgement, HARQ-ACK, information by a user equipment, UE, in a wireless communication system, the method comprising: receiving configuration information related to a control resource set, CORESET, wherein a plurality of CORESETs is configured based on the configuration information; receiving a first physical downlink control channel, PDCCH, scheduling a first physical downlink shared channel, PDSCH, based on a first CORESET; receiving a second PDCCH scheduling a second PDSCH based on a second CORESET; receiving the first PDSCH and the second PDSCH; and transmitting first HARQ-ACK information associated with the first CORESET and second HARQ-ACK information associated with the second CORESET, characterized in that the configuration information includes a parameter indicating a CORESET group index which is set for each CORESET, and wherein based on a CORESET group index of the first CORESET and a CORESET group index of the second CORESET having different values, the first HARQ-ACK information and the second HARQ-ACK information are transmitted separately. receiving configuration information related to a control resource set, CORESET, wherein a plurality of CORESETs is configured based on the configuration information; receiving a first physical downlink control channel, PDCCH, scheduling a first physical downlink shared channel, PDSCH, based on a first CORESET; receiving a second PDCCH scheduling a second PDSCH based on a second CORESET; receiving the first PDSCH and the second PDSCH; and transmitting first HARQ-ACK information associated with the first CORESET and second HARQ-ACK information associated with the second CORESET, characterized in that the configuration information includes a parameter indicating a CORESET group index which is set for each CORESET, and wherein based on a CORESET group index of the first CORESET and a CORESET group index of the second CORESET having different values, the first HARQ-ACK information and the second HARQ-ACK information are transmitted separately.