mhurhangee/patent-ind-claim-en huggingface dataset:
A cross-carrier scheduling method, comprising: receiving a cross-carrier scheduling indication transmitted from a base station via a first carrier; determining a cross-carrier scheduling time indicated by the base station according to the cross-carrier scheduling indication; obtaining a next cross-carrier scheduling time indicated by the base station according to a subframe and a structure of transmission frame by which the cross-carrier scheduling indication is transmitted; determining a value of the delay time according to a time interval between the cross-carrier scheduling time and the next cross-carrier scheduling time; adding a delay time to the cross-carrier scheduling time to obtain an actual cross-carrier scheduling time; and performing communication between user equipment by using a second carrier during the interval between the cross-carrier scheduling time and the actual cross-carrier scheduling time. receiving a cross-carrier scheduling indication transmitted from a base station via a first carrier; determining a cross-carrier scheduling time indicated by the base station according to the cross-carrier scheduling indication; obtaining a next cross-carrier scheduling time indicated by the base station according to a subframe and a structure of transmission frame by which the cross-carrier scheduling indication is transmitted; determining a value of the delay time according to a time interval between the cross-carrier scheduling time and the next cross-carrier scheduling time; adding a delay time to the cross-carrier scheduling time to obtain an actual cross-carrier scheduling time; and performing communication between user equipment by using a second carrier during the interval between the cross-carrier scheduling time and the actual cross-carrier scheduling time.
Micromachined scanning probe comprising a probe body and a cantilever beam extending outward from the probe body with a hollow tip structure at the distal end of the cantilever and at least two conductors embedded along the cantilever beam and separated from each other by at least one dielectric layer, and separated from the tip apex by at least one dielectric layer, wherein the two conductors make contact with a third conductive material embedded in the hollow tip , such that the third conductive material connects the two conductors (6 7) in an electrical junction embedded by at least one dielectric layer from the tip apex, wherein said dielectric layer protects the tip-side of the cantilever except at the apex of the tip, and wherein the third conductive material fills a machined hole at the tip and the third conductive material is the only conductive material extending out of the tip forming a tip apex.
A voltammetric electrochemical sensor comprising two or more electrodes, and a coating that surrounds the two or more electrodes, wherein the coating comprises a structural component, a water immiscible organic solvent, and a charge transfer component, and wherein the coating is configured to selectively partition an electrochemically active drug from a fluid sample and the two or more electrodes are configured to measure an oxidation/reduction current within the coating when potential applied to one of the electrodes is varied over time.
A power tool comprising an angle head, and a constant-velocity joint assembly provided in said angle head, said joint assembly comprising: an output shaft , a coupling structure configured to drive the output shaft , and a crown wheel; wherein the output shaft and the coupling structure form a first joint configured to enable angling of the output shaft relative to the coupling structure at constant rotational speed, wherein the coupling structure is provided with a torque transducer wherein the coupling structure is configured to provide a drive connection between the crown wheel and the output shaft , wherein the crown wheel and the coupling structure form a second joint configured to enable angling of the crown wheel relative to the coupling structure , and wherein said torque transducer is configured to detect a torque acting on the coupling structure provided by the output shaft and the crown wheel . an output shaft , a coupling structure configured to drive the output shaft , and a crown wheel; wherein the output shaft and the coupling structure form a first joint configured to enable angling of the output shaft relative to the coupling structure at constant rotational speed, wherein the coupling structure is provided with a torque transducer wherein the coupling structure is configured to provide a drive connection between the crown wheel and the output shaft , wherein the crown wheel and the coupling structure form a second joint configured to enable angling of the crown wheel relative to the coupling structure , and wherein said torque transducer is configured to detect a torque acting on the coupling structure provided by the output shaft and the crown wheel .
A wood material panel pressing device for pressing a fibrous press cake for producing a wood material panel , comprising: (a) an inspection device , which is designed to emit a signal in the event of a disruption, wherein: (b) the inspection device has a camera and an evaluation unit , (c) the camera is arranged in an intake region of the wood material panel pressing device ; and characterized by that (d) the evaluation unit is designed to automatically carry out: (i) continuous recording of images (B) of the intake region , (ii) continuous detection of measurement data for evaluation region pixels of images (B), which belong to a predefined evaluation region comprising at least one region bordering a target horizontal of the fibrous press cake at a top, such that evaluation data is obtained, and (iii) emission of a signal if the evaluation data change by more than a predetermined tolerance value (D T ). (a) an inspection device , which is designed to emit a signal in the event of a disruption, wherein: (b) the inspection device has a camera and an evaluation unit , (c) the camera is arranged in an intake region of the wood material panel pressing device ; and characterized by that (d) the evaluation unit is designed to automatically carry out: (i) continuous recording of images (B) of the intake region , (ii) continuous detection of measurement data for evaluation region pixels of images (B), which belong to a predefined evaluation region comprising at least one region bordering a target horizontal of the fibrous press cake at a top, such that evaluation data is obtained, and (iii) emission of a signal if the evaluation data change by more than a predetermined tolerance value (D T ). (i) continuous recording of images (B) of the intake region , (ii) continuous detection of measurement data for evaluation region pixels of images (B), which belong to a predefined evaluation region comprising at least one region bordering a target horizontal of the fibrous press cake at a top, such that evaluation data is obtained, and (iii) emission of a signal if the evaluation data change by more than a predetermined tolerance value (D T ).
A compound of formula wherein n is 0, 1, or 2; X is independently -N- or -CH-; R 1 is -C 1-3 alkyl; R 2 is -H or -CH 3 ; R 3a and R 3b are independently -H, -CH 3 , or -CH 2 CH 3 ; R 4 is or thiazolyl optionally substituted with -CF 3 ; R 5 is halo, -CN, -CF 3 , oxadiazolyl, or oxadiazolyl optionally substituted with CH 3; R 6 is -H, -OMe, halo, -CH 3 , or -CF 3 ; provided that when n is 0, X is -N, -R 1 is -CH 2 CH 3 , R 2 is -CH 3 in the position adjacent to the -O-, R 3a and R 3b are -H and -CH 3 , then R 5 cannot be -CF 3 ; or a pharmaceutically acceptable salt thereof. n is 0, 1, or 2; X is independently -N- or -CH-; R 1 is -C 1-3 alkyl; R 2 is -H or -CH 3 ; R 3a and R 3b are independently -H, -CH 3 , or -CH 2 CH 3 ; R 4 is or thiazolyl optionally substituted with -CF 3 ; R 5 is halo, -CN, -CF 3 , oxadiazolyl, or oxadiazolyl optionally substituted with CH 3; R 6 is -H, -OMe, halo, -CH 3 , or -CF 3 ; provided that when n is 0, X is -N, -R 1 is -CH 2 CH 3 , R 2 is -CH 3 in the position adjacent to the -O-, R 3a and R 3b are -H and -CH 3 , then R 5 cannot be -CF 3 ; or a pharmaceutically acceptable salt thereof.
A terminal device comprising: a signal reception unit configured to receive a reference signal in full-duplex, FD, transmission capable of performing transmission and reception using one frequency and/or time resource in two modes; an interference node selection unit configured to select a specific interference node that has a maximum interference among interference nodes that interfere with the terminal device based on the reference signal; an estimation unit configured to estimate a transmission capacity of an FD transmission mode and a transmission capacity of a half-duplex, HD, transmission mode based on a signal intensity of the reference signal received from the specific interference node ; and a mode determination unit configured to determine whether to operate in the FD transmission mode based on the transmission capacity of the FD transmission mode and the transmission capacity of the HD transmission mode. a signal reception unit configured to receive a reference signal in full-duplex, FD, transmission capable of performing transmission and reception using one frequency and/or time resource in two modes; an interference node selection unit configured to select a specific interference node that has a maximum interference among interference nodes that interfere with the terminal device based on the reference signal; an estimation unit configured to estimate a transmission capacity of an FD transmission mode and a transmission capacity of a half-duplex, HD, transmission mode based on a signal intensity of the reference signal received from the specific interference node ; and a mode determination unit configured to determine whether to operate in the FD transmission mode based on the transmission capacity of the FD transmission mode and the transmission capacity of the HD transmission mode.
An implantable blood pump system comprising: an implantable blood pump ; and a controller coupled to the implantable blood pump , the controller comprising: a partially sealed housing defining an internal volume; an energy storage component contained within the internal volume; a processor configured to generate one or several signals affecting operation of the implantable blood pump; and a connector receptacle located in a portion of the housing and comprising a plurality of contacts selectively coupled to the energy storage component via an input protection module comprising circuitry, wherein the circuitry is configured to electrically couple the plurality of contacts to the energy storage component when a connector insert is received within the connector receptacle and wherein the circuitry comprises a diode configured to deactivate at least one of the plurality of contacts from the energy storage component when a mating contact of the connector insert is not mated with the at least one of the plurality of contacts of the connector receptacle . an implantable blood pump ; and a controller coupled to the implantable blood pump , the controller comprising: a partially sealed housing defining an internal volume; an energy storage component contained within the internal volume; a processor configured to generate one or several signals affecting operation of the implantable blood pump; and a connector receptacle located in a portion of the housing and comprising a plurality of contacts selectively coupled to the energy storage component via an input protection module comprising circuitry, wherein the circuitry is configured to electrically couple the plurality of contacts to the energy storage component when a connector insert is received within the connector receptacle and wherein the circuitry comprises a diode configured to deactivate at least one of the plurality of contacts from the energy storage component when a mating contact of the connector insert is not mated with the at least one of the plurality of contacts of the connector receptacle . a partially sealed housing defining an internal volume; an energy storage component contained within the internal volume; a processor configured to generate one or several signals affecting operation of the implantable blood pump; and a connector receptacle located in a portion of the housing and comprising a plurality of contacts selectively coupled to the energy storage component via an input protection module comprising circuitry, wherein the circuitry is configured to electrically couple the plurality of contacts to the energy storage component when a connector insert is received within the connector receptacle and wherein the circuitry comprises a diode configured to deactivate at least one of the plurality of contacts from the energy storage component when a mating contact of the connector insert is not mated with the at least one of the plurality of contacts of the connector receptacle .
Induction cooking appliance apparatus, in particular induction oven apparatus, with at least one induction heating unit (12a-b), which has at least one induction heating line element (14a-b), wherein the induction heating line element (14a-b) has at least one buffer region (16a-b) which is provided to at least partially compensate at least one thermal change in extent of the induction heating line element (14a-b), characterised in that, in the buffer region (16a-b), the induction heating line element (14a-b) has at least one subsection (24a-b) which protrudes out from at least one extent plane spanned by at least a majority of the induction heating line element (14a-b).
An endoscope having a distal tip and a proximal tip, the endoscope comprising: at least one fiber module comprising at least one hundred cores distributed at a fill factor smaller than 1/4, a detector , in optical communication with the cores, at the proximal tip, and means configured to micro scan the distal tip of the endoscope over a pitch distance between the cores to implement super-resolved imaging, characterized in that the endoscope further comprises: a plurality of annularly arranged optical elements , in optical communication with the cores, at the distal tip, configured to have viewing angles covering a field of view in a grid-like manner of individual regions partly overlapping, the plurality of optical elements being annularly arranged around a working channel , and the field of view being a region facing the cores and a region facing the working channel . at least one fiber module comprising at least one hundred cores distributed at a fill factor smaller than 1/4, a detector , in optical communication with the cores, at the proximal tip, and means configured to micro scan the distal tip of the endoscope over a pitch distance between the cores to implement super-resolved imaging, characterized in that the endoscope further comprises: a plurality of annularly arranged optical elements , in optical communication with the cores, at the distal tip, configured to have viewing angles covering a field of view in a grid-like manner of individual regions partly overlapping, the plurality of optical elements being annularly arranged around a working channel , and the field of view being a region facing the cores and a region facing the working channel . a plurality of annularly arranged optical elements , in optical communication with the cores, at the distal tip, configured to have viewing angles covering a field of view in a grid-like manner of individual regions partly overlapping, the plurality of optical elements being annularly arranged around a working channel , and the field of view being a region facing the cores and a region facing the working channel .
A solar cell comprising: a passivation film that protects a semiconductor substrate ; a first finger electrode connected to the semiconductor substrate on a main surface of the semiconductor substrate ; a first bus bar electrode that intersects the first finger electrode ; and an intermediate layer provided in an intersecting position of the first finger electrode and the first bus bar electrode , wherein the first finger electrode and the first bus bar electrode are electrically connected to each other via the intermediate layer , characterized in that the first finger electrode includes a sintered body of aluminum, the first bus bar electrode includes a sintered body of epoxy resin or acrylic resin and silver, and the intermediate layer includes a sintered body of glass frit and silver. a passivation film that protects a semiconductor substrate ; a first finger electrode connected to the semiconductor substrate on a main surface of the semiconductor substrate ; a first bus bar electrode that intersects the first finger electrode ; and an intermediate layer provided in an intersecting position of the first finger electrode and the first bus bar electrode , wherein the first finger electrode and the first bus bar electrode are electrically connected to each other via the intermediate layer , characterized in that the first finger electrode includes a sintered body of aluminum, the first bus bar electrode includes a sintered body of epoxy resin or acrylic resin and silver, and the intermediate layer includes a sintered body of glass frit and silver.
A method of operating a processor that comprises at least one functional unit configured to process a plurality of threads at a same time, each thread attempting to perform an operation, wherein the at least one functional unit comprises a plurality of operators (120a - 120c) for processing the plurality of threads simultaneously and each operator (120a- 120c) is configured to perform a specific operation, the method comprising: detecting a resource conflict by determining whether at least two threads simultaneously attempt to perform an identical operation in the at least one functional unit ; and determining a processing order of the conflicting at least two threads according to predetermined criteria in response to the resource conflict being detected; the method characterized in that the detecting the resource conflict comprises: comparing opcodes of the plurality of threads for each of at least the one functional unit ; and determining the resource conflict based on a result of the comparing and stored operator information, wherein the operator information comprises at least one piece of information from among types of operators, a number of operators, and a current status of each operator. detecting a resource conflict by determining whether at least two threads simultaneously attempt to perform an identical operation in the at least one functional unit ; and determining a processing order of the conflicting at least two threads according to predetermined criteria in response to the resource conflict being detected; the method characterized in that the detecting the resource conflict comprises: comparing opcodes of the plurality of threads for each of at least the one functional unit ; and determining the resource conflict based on a result of the comparing and stored operator information, wherein the operator information comprises at least one piece of information from among types of operators, a number of operators, and a current status of each operator. comparing opcodes of the plurality of threads for each of at least the one functional unit ; and determining the resource conflict based on a result of the comparing and stored operator information, wherein the operator information comprises at least one piece of information from among types of operators, a number of operators, and a current status of each operator.
A capacitor comprising: a porous metal base material ; a first buffer layer formed by an atomic layer deposition method on the porous metal base material; a dielectric layer formed by an atomic layer deposition method on the first buffer layer; and an upper electrode formed on the dielectric layer. a porous metal base material ; a first buffer layer formed by an atomic layer deposition method on the porous metal base material; a dielectric layer formed by an atomic layer deposition method on the first buffer layer; and an upper electrode formed on the dielectric layer.
A contactless sensor for detecting a position and/or a speed of an object , comprising: a first sensor coil that is embodied to generate an electromagnetic field that induces eddy currents in the object , wherein the first coil is arranged at a front end of a longitudinal sensor , a second sensor coil that is embodied to sense the electromagnetic field of the first sensor coil , wherein the second sensor coil is arranged at the front end of the longitudinal sensor , wherein the first sensor coil defines a first coil axis , wherein the first coil axis is arranged in an angle between 30° and 85° with respect to a longitudinal middle axis of the sensor , wherein the second sensor coil defines a second coil axis , wherein the second coil axis is arranged in an angle between 30° and 85° with respect to a longitudinal middle axis of the sensor , wherein the first sensor coil and the second sensor coil are arranged in a mirror inverted position with regard to a middle plane , wherein a longitudinal middle axis of the sensor is part of the middle plane . a first sensor coil that is embodied to generate an electromagnetic field that induces eddy currents in the object , wherein the first coil is arranged at a front end of a longitudinal sensor , a second sensor coil that is embodied to sense the electromagnetic field of the first sensor coil , wherein the second sensor coil is arranged at the front end of the longitudinal sensor , wherein the first sensor coil defines a first coil axis , wherein the first coil axis is arranged in an angle between 30° and 85° with respect to a longitudinal middle axis of the sensor , wherein the second sensor coil defines a second coil axis , wherein the second coil axis is arranged in an angle between 30° and 85° with respect to a longitudinal middle axis of the sensor , wherein the first sensor coil and the second sensor coil are arranged in a mirror inverted position with regard to a middle plane , wherein a longitudinal middle axis of the sensor is part of the middle plane .