mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal apparatus comprising: a higher layer processing unit configured to receive first information and second information; and a reception unit configured to receive a synchronization signal block, SSB, and a physical downlink shared channel, PDSCH, wherein the SSB includes a first synchronization signal, a second synchronization signal, and a physical broadcast channel, PBCH, the first information indicates a periodicity of one or more of the SSBs, the second information indicates time positions of the one or more SSBs within a burst, in case that the first information is received, the PDSCH is not mapped to resource elements corresponding to the time position indicated by the second information based on the periodicity of the one or more SSBs indicated by the first information, and in case that the periodicity of the one or more SSBs is not configured, a predefined periodicity is used, the terminal apparatus is further configured to receive a measurement object from a base station apparatus , the measurement object comprising information indicating whether measurement resources for SSBs of a neighbor cell are the same or not as those in a serving cell, and to perform a measurement on the SSBs of the neighbor cell according to the received measurement object, wherein in case that a periodicity of the SSBs of the neighbor cell is configured to be different from the periodicity of the one or more SSBs in the serving cell, the terminal apparatus is configured to assume a default periodicity and to perform the measurement on the SSBs of the neighbor cell. a higher layer processing unit configured to receive first information and second information; and a reception unit configured to receive a synchronization signal block, SSB, and a physical downlink shared channel, PDSCH, wherein the SSB includes a first synchronization signal, a second synchronization signal, and a physical broadcast channel, PBCH, the first information indicates a periodicity of one or more of the SSBs, the second information indicates time positions of the one or more SSBs within a burst, in case that the first information is received, the PDSCH is not mapped to resource elements corresponding to the time position indicated by the second information based on the periodicity of the one or more SSBs indicated by the first information, and in case that the periodicity of the one or more SSBs is not configured, a predefined periodicity is used, the terminal apparatus is further configured to receive a measurement object from a base station apparatus , the measurement object comprising information indicating whether measurement resources for SSBs of a neighbor cell are the same or not as those in a serving cell, and to perform a measurement on the SSBs of the neighbor cell according to the received measurement object, wherein in case that a periodicity of the SSBs of the neighbor cell is configured to be different from the periodicity of the one or more SSBs in the serving cell, the terminal apparatus is configured to assume a default periodicity and to perform the measurement on the SSBs of the neighbor cell.
A computer-implemented method comprising: providing, for output, a prompt for a user to speak a candidate hotword that is to be designated a custom hotword, wherein a hotword is a term that places a mobile device in a state in which it may receive voice commands; receiving one or more utterances of the candidate hotword in response to the prompt; accepting the candidate hotword as a hotword based on a hotword suitability score, wherein the hotword suitability score is determined based on one or more hotword suitability criteria; providing, in response to the one or more utterances of the candidate hotword, an indication that the candidate hotword has been accepted as a hotword; after providing the indication that the candidate hotword has been accepted as a hotword, receiving an utterance of the hotword; and based on receiving the utterance of the hotword, placing the mobile device into a state in which it may receive voice commands. providing, for output, a prompt for a user to speak a candidate hotword that is to be designated a custom hotword, wherein a hotword is a term that places a mobile device in a state in which it may receive voice commands; receiving one or more utterances of the candidate hotword in response to the prompt; accepting the candidate hotword as a hotword based on a hotword suitability score, wherein the hotword suitability score is determined based on one or more hotword suitability criteria; providing, in response to the one or more utterances of the candidate hotword, an indication that the candidate hotword has been accepted as a hotword; after providing the indication that the candidate hotword has been accepted as a hotword, receiving an utterance of the hotword; and based on receiving the utterance of the hotword, placing the mobile device into a state in which it may receive voice commands.
A blood state analysis device for analyzing a state of a blood sample comprising a plasma and at least one reagent, the device comprising: a correction unit configured to correct a measured blood coagulation evaluation result of the blood sample based on a relation between reference concentrations of the at least one reagent in plasma and reference blood coagulation evaluation results, wherein the at least one reagent is an anticoagulation treatment releasing agent, a coagulation activator, an anticoagulant, a platelet activator, an antiplatelet drug, or a combination thereof and is present in the blood sample; wherein the correction unit is further configured to correct the measured coagulation evaluation result to a corrected coagulation evaluation result that corresponds to a reference concentration of the at least one reagent in plasma that is substantially equal to a measured concentration of the at least one reagent in the plasma of the blood sample.
A method of isolating target cells from a mixture of cells, comprising: a) combining a mixture of cells comprising target cells and non-target cells with magnetized display cells that display one or more ligands on their surfaces, said ligands specific for a binding partner on a surface of said target cells; b) allowing said ligand to bind to said binding partner to produce magnetized display cells bound to said target cells; c) applying a magnetic field to collect said magnetized display cells bound to said target cells; and d) washing away non-target cells, thereby isolating said target cells. a) combining a mixture of cells comprising target cells and non-target cells with magnetized display cells that display one or more ligands on their surfaces, said ligands specific for a binding partner on a surface of said target cells; b) allowing said ligand to bind to said binding partner to produce magnetized display cells bound to said target cells; c) applying a magnetic field to collect said magnetized display cells bound to said target cells; and d) washing away non-target cells, thereby isolating said target cells.
A capacity control valve (V) comprising: a valve housing provided with a discharge port through which a discharge fluid at a discharge pressure (Pd) passes, a suction port through which a suction fluid at a suction pressure (Ps) passes, and a control port through which a control fluid at a control pressure (Pc) passes; a rod driven by a solenoid ; a main valve that includes a main valve seat and a main valve body to open and close a communication between the discharge port and the control port in accordance with a movement of the rod ; an opening and closing valve including an opening and closing valve seat and an opening and closing valve body biased in a valve closing direction, the opening and closing valve being configured to open and close a CS communication passage communicating with the suction port and a control fluid supply chamber formed in the valve housing , the control fluid being supplied to the control fluid supply chamber ; and a CS valve that includes a CS valve seat and a CS valve body to open and close a communication between the control port and the suction port , characterized in that the CS valve body is disposed so as to be movable relative to the main valve body , and the main valve body and the CS valve body move together as the rod moves in a closed state of the main valve . a valve housing provided with a discharge port through which a discharge fluid at a discharge pressure (Pd) passes, a suction port through which a suction fluid at a suction pressure (Ps) passes, and a control port through which a control fluid at a control pressure (Pc) passes; a rod driven by a solenoid ; a main valve that includes a main valve seat and a main valve body to open and close a communication between the discharge port and the control port in accordance with a movement of the rod ; an opening and closing valve including an opening and closing valve seat and an opening and closing valve body biased in a valve closing direction, the opening and closing valve being configured to open and close a CS communication passage communicating with the suction port and a control fluid supply chamber formed in the valve housing , the control fluid being supplied to the control fluid supply chamber ; and a CS valve that includes a CS valve seat and a CS valve body to open and close a communication between the control port and the suction port , characterized in that the CS valve body is disposed so as to be movable relative to the main valve body , and the main valve body and the CS valve body move together as the rod moves in a closed state of the main valve .
Heating device , in particular for an edge strip application device or for a cutting device for cutting films or workpieces made of plastic or rigid foam or for a device for welding workpieces, comprising a heating unit with a housing , within which a main body is arranged, which has a plurality of air flow channels , which extend between an air inlet end , through which a pressurized gaseous medium, in particular air, can flow into the main body , and an air outlet end , through which the pressurized gaseous medium can flow out of the main body , wherein at least one heating element is located in each of the air flow channels , by means of which the pressurized gaseous medium flowing through the respective air flow channel can be heated, wherein the heating device has an outer pressure body , within which the heating unit is located, wherein the pressure body comprises an air inlet , through which the pressurized gaseous medium can flow into the pressure body , and an air outlet , through which the pressurized gaseous medium can flow out of the pressure body after heating, and wherein a space is formed between the housing of the heating unit and an inner wall of the pressure body , characterised in that the outer pressure body has a first pressure body part and at least one second pressure body part , which are preferably connected to each other by a flange connection, which comprises a heat-resistant seal, wherein the air inlet of the outer pressure body is formed in a region of a lateral surface of the first pressure body part of the pressure body , which adjoins the pressure body on a front side of the first pressure body part , in which the air outlet of the pressure body is formed, such that the pressurized gaseous medium flows through the space and can flow around the housing of the heating unit before entering the air flow channels .
A dynamic scheduling method, wherein the method comprises: receiving, by a scheduling platform, first virtual output queue, VOQ, length information of each aggregation switch in each timeslot, wherein the first VOQ length information comprises a quantity of data packets buffered in M-1 VOQs in the aggregation switch , each of the M-1 VOQs is used to buffer a data packet that needs to be sent from a first cluster pod to one of M-1 second pods, the first pod is a pod to which the aggregation switch belongs, the M-1 second pods are other pods than the first pod in M pods managed by the scheduling platform, M ≥ 2, and M is an integer; aggregating, by the scheduling platform, all the received first VOQ length information, to obtain global VOQ length information, wherein the global VOQ length information comprises a total quantity of data packets that need to be sent from each of the M pods to other pods than the pod in the M pods; determining, by the scheduling platform, a transmission matching scheme based on the global VOQ length information, wherein the transmission matching scheme is used to instruct each pod to: send a data packet to one of the M pods except the pod and receive a data packet sent by one of the M pods except the pod; and sending, by the scheduling platform, corresponding matching result information to each aggregation switch according to the transmission matching scheme, each aggregation switch sends a data packet according to the transmission matching scheme. receiving, by a scheduling platform, first virtual output queue, VOQ, length information of each aggregation switch in each timeslot, wherein the first VOQ length information comprises a quantity of data packets buffered in M-1 VOQs in the aggregation switch , each of the M-1 VOQs is used to buffer a data packet that needs to be sent from a first cluster pod to one of M-1 second pods, the first pod is a pod to which the aggregation switch belongs, the M-1 second pods are other pods than the first pod in M pods managed by the scheduling platform, M ≥ 2, and M is an integer; aggregating, by the scheduling platform, all the received first VOQ length information, to obtain global VOQ length information, wherein the global VOQ length information comprises a total quantity of data packets that need to be sent from each of the M pods to other pods than the pod in the M pods; determining, by the scheduling platform, a transmission matching scheme based on the global VOQ length information, wherein the transmission matching scheme is used to instruct each pod to: send a data packet to one of the M pods except the pod and receive a data packet sent by one of the M pods except the pod; and sending, by the scheduling platform, corresponding matching result information to each aggregation switch according to the transmission matching scheme, each aggregation switch sends a data packet according to the transmission matching scheme.
Method for detecting intrusions in an audit log, wherein the audit log comprises records of user sessions of users, wherein each record of a user session includes activity features and a user label of a claimed user of the user session, wherein the method comprises the following steps: - predicting probabilities that a user session belongs to a user, wherein a probability is predicted for each combination of a user and a user session of the audit log, wherein predicting the probabilities is based on the activity features of the user sessions, wherein the probabilities are predicted by a user identification model ; - constructing a user group including users with similar activity features , wherein the user group is constructed based on the predicted probabilities (28; - determine an anomaly score for a user session of the audit log and a claimed user of the user session, wherein the claimed user belongs to the user group , wherein the anomaly score is determined based on a probability that the user session belongs to the user group ; - detecting an intrusion if the anomaly score of the user session and the claimed user exceeds a predetermined threshold. - predicting probabilities that a user session belongs to a user, wherein a probability is predicted for each combination of a user and a user session of the audit log, wherein predicting the probabilities is based on the activity features of the user sessions, wherein the probabilities are predicted by a user identification model ; - constructing a user group including users with similar activity features , wherein the user group is constructed based on the predicted probabilities (28; - determine an anomaly score for a user session of the audit log and a claimed user of the user session, wherein the claimed user belongs to the user group , wherein the anomaly score is determined based on a probability that the user session belongs to the user group ; - detecting an intrusion if the anomaly score of the user session and the claimed user exceeds a predetermined threshold.
A method comprising: receiving, by one or more devices, information that identifies a label-switched path ; determining, by the one or more devices, multiple policies for the label-switched path; identifying, by the one or more devices, time information; determining a plurality of network traffic behavior models for the label-switched path that differ based on the time information; and implementing, by the one or more devices and based on the time information and the plurality of network traffic behavior models, a particular policy, of the multiple policies, in association with the label-switched path, the particular policy enabling adjustment of a bandwidth reservation of the label-switched path. receiving, by one or more devices, information that identifies a label-switched path ; determining, by the one or more devices, multiple policies for the label-switched path; identifying, by the one or more devices, time information; determining a plurality of network traffic behavior models for the label-switched path that differ based on the time information; and implementing, by the one or more devices and based on the time information and the plurality of network traffic behavior models, a particular policy, of the multiple policies, in association with the label-switched path, the particular policy enabling adjustment of a bandwidth reservation of the label-switched path.
A hot-pressing steel sheet that comprises a coating layer on the surface of a steel sheet, the coating layer containing 10 to 25 mass % of Ni and a balance of Zn and inevitable impurities and having a mass per unit area of 10 to 90 g/m 2 , and a lubricating layer containing a solid lubricant provided on the coating layer, and optionally at least one compound layer selected from a Si-containing compound layer, a Ti-containing compound layer, an Al-containing compound layer and a Zr-containing compound layer between the coating layer and the lubricating layer, wherein the amount of the solid lubricant in the lubricating layer is 1 to 20 parts by mass in terms of solid content with respect to 100 parts by mass in terms of solid content of a composition containing the organic resin serving as the binder in the lubricating layer.
Coupling connection with a hydraulic chamber , a fluid inlet connectable to a pump for pressurization of the hydraulic chamber to provide a coupling characterized in that , the coupling connection comprises a memory device , wherein the memory device comprises a communication interface establishing a wireless connection to a control device or handheld device or display device.
Process for producing a foam body having an internal structure , comprising the steps of: I) selecting an internal structure to be formed in the foam body , wherein the structure comprises a first polymeric material; II) providing a foam body , wherein the foam body comprises a second polymeric material distinct from the first polymeric material; III) injecting by means of an injection means a predetermined amount of a melt of the first polymeric material or a predetermined amount of a reaction mixture which reacts to afford the first polymeric material at a predetermined location inside the foam body which corresponds to a volume element of the internal structure ; IV) repeating step III) for further predetermined locations inside the foam body corresponding to further volume elements of the internal structure until the internal structure is formed, wherein the injecting in step III) is not carried out into cavities already present in the foam of the foam body and corresponding to the shape of the volume element or the internal structure . I) selecting an internal structure to be formed in the foam body , wherein the structure comprises a first polymeric material; II) providing a foam body , wherein the foam body comprises a second polymeric material distinct from the first polymeric material; III) injecting by means of an injection means a predetermined amount of a melt of the first polymeric material or a predetermined amount of a reaction mixture which reacts to afford the first polymeric material at a predetermined location inside the foam body which corresponds to a volume element of the internal structure ; IV) repeating step III) for further predetermined locations inside the foam body corresponding to further volume elements of the internal structure until the internal structure is formed,
A gas turbine combustor comprising: a combustor basket and a combustor transition piece connected to the combustor basket , the combustor basket having a central axis (C1), the central axis (C1) defining a radial direction; a plurality of swirler tubes that are disposed inside the combustor basket in the radial direction and are configured to impart a swirl to a premixed gas (Fp), the premixed gas (Fp) being obtained by premixing a fuel and air for combustion; and an outer ring that is disposed between the plurality of swirler tubes and the combustor basket in the radial direction with a gap provided between the outer ring and the combustor basket , and that is configured to generate film-shaped air (Af) inside the combustor transition piece connected to the combustor basket via injection through the gap into the combustor transition piece , wherein, at a downstream end of the outer ring , the outer ring includes a tapered surface formed such that the outer ring gradually decreases in thickness from an upstream side toward a downstream side, wherein the tapered surface is formed on at least one of a side of an inner peripheral surface of the outer ring in the radial direction and a side of an outer peripheral surface of the outer ring in the radial direction, characterized in that the tapered surface has a shape of a curved surface convex to the respective other of the inner peripheral surface and the outer peripheral surface . a combustor basket and a combustor transition piece connected to the combustor basket , the combustor basket having a central axis (C1), the central axis (C1) defining a radial direction; a plurality of swirler tubes that are disposed inside the combustor basket in the radial direction and are configured to impart a swirl to a premixed gas (Fp), the premixed gas (Fp) being obtained by premixing a fuel and air for combustion; and an outer ring that is disposed between the plurality of swirler tubes and the combustor basket in the radial direction with a gap provided between the outer ring and the combustor basket , and that is configured to generate film-shaped air (Af) inside the combustor transition piece connected to the combustor basket via injection through the gap into the combustor transition piece , wherein, at a downstream end of the outer ring , the outer ring includes a tapered surface formed such that the outer ring gradually decreases in thickness from an upstream side toward a downstream side, wherein the tapered surface is formed on at least one of a side of an inner peripheral surface of the outer ring in the radial direction and a side of an outer peripheral surface of the outer ring in the radial direction, characterized in that the tapered surface has a shape of a curved surface convex to the respective other of the inner peripheral surface and the outer peripheral surface .