mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic surgical instrument , comprising: an ultrasonic waveguide defining a T-shaped male connector at a proximal end; and a symmetric two-piece clamshell housing comprising: first and second T-shaped pockets configured to receive the T-shaped male connector, wherein the T-shaped pockets are press fit to the T-shaped male connector; and first and second recessed pockets configured to support first and a second piezoelectric elements , wherein the first and second piezoelectric elements are configured to operate in a D31 mode. an ultrasonic waveguide defining a T-shaped male connector at a proximal end; and a symmetric two-piece clamshell housing comprising: first and second T-shaped pockets configured to receive the T-shaped male connector, wherein the T-shaped pockets are press fit to the T-shaped male connector; and first and second recessed pockets configured to support first and a second piezoelectric elements , wherein the first and second piezoelectric elements are configured to operate in a D31 mode. first and second T-shaped pockets configured to receive the T-shaped male connector, wherein the T-shaped pockets are press fit to the T-shaped male connector; and first and second recessed pockets configured to support first and a second piezoelectric elements , wherein the first and second piezoelectric elements are configured to operate in a D31 mode.
An apparatus for controlling a fuel tank, the apparatus comprising: the fuel tank having a plurality of volumes; and a controller configured to control a charging state of a fuel charged in the fuel tank and to selectively control use of the fuel charged in the plurality of volumes based on an amount of the fuel used or a state of the fuel tank, wherein the fuel tank includes: a chamber including a first volume on one side and a second volume on the other side with respect to a partition wall (B); a first valve provided on the one side of the chamber and configured to adjust opening or closing of the first volume; a second valve provided on the other side of the chamber and configured to adjust opening or closing of the second volume; and a third valve provided in the partition wall (B) and configured to adjust opening or closing for communication between the first volume and the second volume. the fuel tank having a plurality of volumes; and a controller configured to control a charging state of a fuel charged in the fuel tank and to selectively control use of the fuel charged in the plurality of volumes based on an amount of the fuel used or a state of the fuel tank, wherein the fuel tank includes: a chamber including a first volume on one side and a second volume on the other side with respect to a partition wall (B); a first valve provided on the one side of the chamber and configured to adjust opening or closing of the first volume; a second valve provided on the other side of the chamber and configured to adjust opening or closing of the second volume; and a third valve provided in the partition wall (B) and configured to adjust opening or closing for communication between the first volume and the second volume. a chamber including a first volume on one side and a second volume on the other side with respect to a partition wall (B); a first valve provided on the one side of the chamber and configured to adjust opening or closing of the first volume; a second valve provided on the other side of the chamber and configured to adjust opening or closing of the second volume; and a third valve provided in the partition wall (B) and configured to adjust opening or closing for communication between the first volume and the second volume.
A method for analog-to-digital conversion from an analog, at least substantially continuous input signal, which has a user signal superimposed by at least two interference signals (S1, S2) having different frequencies, into a digital output signal, wherein the input signal is sampled in a limited measurement cycle, and wherein the number and points in time of a plurality of sampling points (A1-A5) within the measurement cycle are determined as a function of a frequency of the input signal, wherein at least two sampling points (A1, A2) are determined as a function of the frequency of the low-frequency interference signal (S1) and at least two sampling points (A3-A4) are determined as a function of the frequency of the high-frequency interference signal (S2), wherein at least four sampling points (A1-A4) are selected in a measurement cycle, of which a first sampling point (A1) and a second sampling point (A2) are selected at a distance (x 1 ) of a half period duration and one or more whole period durations (T 1 ) of the low-frequency interference signal (S1), wherein the two sampling points (A3-A4) selected as a function of the high-frequency interference signal (S2) are determined as a function of the first and second sampling points (A1, A2), and wherein a third sampling point (A3) is placed at a distance (x 2 ) of a half period duration (1/2 T 2 ) of the high-frequency interference signal (S2) before or after the first sampling point (A1), and a fourth sampling point (A4) is placed at a distance of a half period duration (1/2 T 2 ) of the high-frequency interference signal (S2) before or after the second sampling point (A2).
Method for producing a plate heat exchanger, in which: - a heat-exchanger block comprising a plurality of partition sheets , and peripheral strips arranged therebetween, is supplied, - a connection device , which is to be fitted on the heat-exchanger block , is supplied, and - the connection device is welded onto the heat-exchanger block , characterized in that - a surface-area region provided for fixing the connection device on the heat-exchanger block is provided, by means of a first weld , with at least one weld bead , wherein the welding method which performs the first weld is friction stir welding, and - the connection device is welded onto the weld bead by means of a second weld . - a heat-exchanger block comprising a plurality of partition sheets , and peripheral strips arranged therebetween, is supplied, - a connection device , which is to be fitted on the heat-exchanger block , is supplied, and - the connection device is welded onto the heat-exchanger block , - a surface-area region provided for fixing the connection device on the heat-exchanger block is provided, by means of a first weld , with at least one weld bead , wherein the welding method which performs the first weld is friction stir welding, and - the connection device is welded onto the weld bead by means of a second weld .
Method for improving fire resistance of a lining or membrane of a plastic material having a thickness between 0.5 to 3 mm to be used in association with supporting structures , such as for example tunnel walls, wherein a surface of the supporting structure is provided with a thin lining or membrane fixed to the surface by means of bolts, and where the membrane or lining is exposed to the possibilities of open flames or fire on the surface facing the tunnel cavity, and wherein a fire protection is added to at least one end edge surface of the lining or membrane , characterized in that the fire protection is added as a layer of a flame resistant material which is extruded onto the end edge surface of the lining or membrane .
An electrically conductive, thermally curable composition comprising: a. 70 to 92 wt% of electrically conductive particles comprising metallic particles, the metallic particles comprising a copper or copper alloy core and a silver shell and having a flake shape; and b. an effective amount of a curable polymer composition capable of being cured at 250°C or less. a. 70 to 92 wt% of electrically conductive particles comprising metallic particles, the metallic particles comprising a copper or copper alloy core and a silver shell and having a flake shape; and b. an effective amount of a curable polymer composition capable of being cured at 250°C or less.
A compound of the formula: wherein R4, R5, or R6 are independently selected from alkyl, heteroalkyl, cycloalkyl, hydroxyalkyl, acyl, and aryl; and R1, R2, R3, R7, R8, or R9 are independently selected from alkyl, heteroalkyl, cycloalkyl, hydroxyalkyl, acyl, and aryl.
A partitioned database system, comprising: a plurality of nodes (104A - 104N); a data director to distribute a plurality of portions (106A - 106N) of database data across the plurality of nodes (104A - 104N), the plurality of portions (106A - 106N) distributed according to a rotating pattern or a random pattern to cause an even distribution of database data across the plurality of nodes (104A - 104N); queriers associated with respective ones of the plurality of nodes (104A - 104N), the queriers to execute respective sub-queries (120A - 120N) of respective portions (106A - 106N) of the database data; and a coordinator (114 of 104A) to: receive a request to query the database data, the request including at least one sharding key value provided as part of a conditional statement; generate the plurality of sub-queries (120A - 120N) based on the at least one sharding key value; instruct the queriers to execute the respective ones of the plurality of sub-queries (120A - 120N) and provide results (122A - 122N) of the execution of the respective ones of the plurality of sub-queries (120A - 120N) to the coordinator (114 of 104A); and merge results (122A - 122N) of the plurality of sub-queries (120A - 120N) to form a response to the request . a plurality of nodes (104A - 104N); a data director to distribute a plurality of portions (106A - 106N) of database data across the plurality of nodes (104A - 104N), the plurality of portions (106A - 106N) distributed according to a rotating pattern or a random pattern to cause an even distribution of database data across the plurality of nodes (104A - 104N); queriers associated with respective ones of the plurality of nodes (104A - 104N), the queriers to execute respective sub-queries (120A - 120N) of respective portions (106A - 106N) of the database data; and a coordinator (114 of 104A) to: receive a request to query the database data, the request including at least one sharding key value provided as part of a conditional statement; generate the plurality of sub-queries (120A - 120N) based on the at least one sharding key value; instruct the queriers to execute the respective ones of the plurality of sub-queries (120A - 120N) and provide results (122A - 122N) of the execution of the respective ones of the plurality of sub-queries (120A - 120N) to the coordinator (114 of 104A); and merge results (122A - 122N) of the plurality of sub-queries (120A - 120N) to form a response to the request . receive a request to query the database data, the request including at least one sharding key value provided as part of a conditional statement; generate the plurality of sub-queries (120A - 120N) based on the at least one sharding key value; instruct the queriers to execute the respective ones of the plurality of sub-queries (120A - 120N) and provide results (122A - 122N) of the execution of the respective ones of the plurality of sub-queries (120A - 120N) to the coordinator (114 of 104A); and merge results (122A - 122N) of the plurality of sub-queries (120A - 120N) to form a response to the request .
A method for operating a sequential combustor for a gas turbine ; the method comprising the steps of: a) providing a sequential combustor comprising: - a first combustor provided with a plurality of first burners fed by compressed air and configured for injecting fuel in the compressed air in a diffusion mode and in a premix mode ; - a second combustor provided with a plurality of second burners fed by hot gas leaving the first combustor and configured for injecting fuel in the hot gas; b) feeding the first and second burners with a hydrogen-based fuel; characterized in that the method comprises the steps of: c) switching off at least one of the first burners ; d) operating the remaining active first burners so as to generate hybrid flames as combination of diffusion mode and premix mode. a) providing a sequential combustor comprising: - a first combustor provided with a plurality of first burners fed by compressed air and configured for injecting fuel in the compressed air in a diffusion mode and in a premix mode ; - a second combustor provided with a plurality of second burners fed by hot gas leaving the first combustor and configured for injecting fuel in the hot gas; - a first combustor provided with a plurality of first burners fed by compressed air and configured for injecting fuel in the compressed air in a diffusion mode and in a premix mode ; - a second combustor provided with a plurality of second burners fed by hot gas leaving the first combustor and configured for injecting fuel in the hot gas; b) feeding the first and second burners with a hydrogen-based fuel; c) switching off at least one of the first burners ; d) operating the remaining active first burners so as to generate hybrid flames as combination of diffusion mode and premix mode.
A watch comprising: a first drive mechanism including a 1st hand having a 1st hand shaft , a wheel train , and a drive power source, the 1st hand shaft having a rotational axis along a first direction, a second drive mechanism including a 2nd hand having a 2nd hand shaft , the 2nd hand shaft having a rotational axis along a second direction different from the first direction, and a main plate including a first attachment surface and a second attachment surface having different orientations from each other, wherein the first drive mechanism and the second drive mechanism are mounted separately, the first drive mechanism is fixed such that a standard surface thereof is in contact with the first attachment surface , the standard surface of the first drive mechanism being formed on a side opposite to a side from which the 1st hand shaft projects, and the second drive mechanism is fixed such that a standard surface thereof is in contact with the second attachment surface , the standard surface of the second drive mechanism being formed on a side opposite to a side from which the 2nd hand shaft projects. a first drive mechanism including a 1st hand having a 1st hand shaft , a wheel train , and a drive power source, the 1st hand shaft having a rotational axis along a first direction, a second drive mechanism including a 2nd hand having a 2nd hand shaft , the 2nd hand shaft having a rotational axis along a second direction different from the first direction, and a main plate including a first attachment surface and a second attachment surface having different orientations from each other, wherein the first drive mechanism and the second drive mechanism are mounted separately, the first drive mechanism is fixed such that a standard surface thereof is in contact with the first attachment surface , the standard surface of the first drive mechanism being formed on a side opposite to a side from which the 1st hand shaft projects, and the second drive mechanism is fixed such that a standard surface thereof is in contact with the second attachment surface , the standard surface of the second drive mechanism being formed on a side opposite to a side from which the 2nd hand shaft projects.
Method for identifying an application that is executed in an apparatus to another communication participant, characterized by the following method steps: obtaining a connection request for a secure connection between the application and the other communication participant ; forming an information element that comprises at least information about the application ; signing the information element with a first secret key , which is part of a cryptographic asymmetric key pair that is certified by an information certificate issued by an external trusted authority; incorporating the signed information element into a connection request message ; signing the connection request message with a secret device-specific key that is part of a cryptographic asymmetric key pair that is certified by a device-specific certificate of the apparatus; transmitting the connection request message to the other communication participant. obtaining a connection request for a secure connection between the application and the other communication participant ; forming an information element that comprises at least information about the application ; signing the information element with a first secret key , which is part of a cryptographic asymmetric key pair that is certified by an information certificate issued by an external trusted authority; incorporating the signed information element into a connection request message ; signing the connection request message with a secret device-specific key that is part of a cryptographic asymmetric key pair that is certified by a device-specific certificate of the apparatus; transmitting the connection request message to the other communication participant.
A method for receiving scheduling information by a terminal in a wireless communication system, the method comprising: receiving, from a first base station , first scheduling information through a first scheduling channel by using a first reception beam among reception beams of the terminal ; and receiving, from each of one or more second base stations cooperating with the first base station , second scheduling information through one or more second scheduling channels by using one or more second reception beams among the reception beams , wherein the first scheduling channel is determined from resources on a control region of a downlink, DL, subframe, and each of the one or more second scheduling channels is determined from resources on a data region of the DL subframe, and wherein reception of the second scheduling information is omitted if position of a data channel indicated by the first scheduling information is overlapped with position of the one or more second scheduling channels in the data region. receiving, from a first base station , first scheduling information through a first scheduling channel by using a first reception beam among reception beams of the terminal ; and receiving, from each of one or more second base stations cooperating with the first base station , second scheduling information through one or more second scheduling channels by using one or more second reception beams among the reception beams , wherein the first scheduling channel is determined from resources on a control region of a downlink, DL, subframe, and each of the one or more second scheduling channels is determined from resources on a data region of the DL subframe, and wherein reception of the second scheduling information is omitted if position of a data channel indicated by the first scheduling information is overlapped with position of the one or more second scheduling channels in the data region.
A system for impact detection on an automotive glazing, the system comprising: - at least one internal vibration sensor positioned on or in proximity to an internal surface of the automotive glazing and at least one external vibration sensor positioned on an external surface of the automotive glazing, the vibration sensors being configured to measure impact vibration data; and - a processing unit connected to the vibration sensors , the processing unit being configured to post-process the measured impact vibration data for impact detection. - at least one internal vibration sensor positioned on or in proximity to an internal surface of the automotive glazing and at least one external vibration sensor positioned on an external surface of the automotive glazing, the vibration sensors being configured to measure impact vibration data; and - a processing unit connected to the vibration sensors , the processing unit being configured to post-process the measured impact vibration data for impact detection.
A method for reconstruction of a three-dimensional shape from a patient topogram in a medical imaging system, the method comprising: acquiring the patient topogram representing a projection through a patient in two dimensions; reconstructing the three-dimensional shape of an object represented in the patient topogram , the reconstructing being by a machine-learned generative network in response to input of the patient topogram to the machine-learned generative network; and displaying information from the three-dimensional shape. acquiring the patient topogram representing a projection through a patient in two dimensions; reconstructing the three-dimensional shape of an object represented in the patient topogram , the reconstructing being by a machine-learned generative network in response to input of the patient topogram to the machine-learned generative network; and displaying information from the three-dimensional shape.
An apparatus comprising means for performing: - monitoring at least one bearer comprising a cellular and non-cellular radio accesses according to different radio technologies between a user equipment and a communications network; - determining one or more properties of the monitored bearer; and - triggering an update of a security key utilized for securing communications over the non-cellular radio access in response to determining that the determined properties meet at least one triggering condition capable of indicating a need for the update. - monitoring at least one bearer comprising a cellular and non-cellular radio accesses according to different radio technologies between a user equipment and a communications network; - determining one or more properties of the monitored bearer; and - triggering an update of a security key utilized for securing communications over the non-cellular radio access in response to determining that the determined properties meet at least one triggering condition capable of indicating a need for the update.
A method of making a food kit intended for on-demand preparation of fresh filled pasta (P), such as tortelli, ravioli, panzerotti and the like with very the same properties as homemade fresh pasta, the method comprising making first components consisting of unit portions of single or double sheets of fresh pasta having a predetermined flat shape, cooling, vacuum packaging, cold high-pressure pasteurization and refrigeration of said pasteurized unit portions , to maintain their structure and physical-rheological characteristics unaltered, while avoiding pre-gelatinization of starches, and making second components consisting of pre-dosed pralines of filling , which are conveniently shaped and later undergo pasteurization and/or possibly freezing, said first components and said second components being packaged and collected in a container for fresh or frozen storage, and being ready to be joined together as they are or after unfreezing, for on-demand preparation of formats of fresh filled pasta (P) before cooking, thereby avoiding exchange of water, salts and other ingredients between said components .