mhurhangee/ep-ind-claims huggingface dataset:
A method for determining available spectrums, at least comprising the following steps: receiving, by a local base station, a request message for introducing a cognitive system on a first frequency sent by a database server; characterized by, the method further comprises: determining, by the local base station, a first distance between the local base station and a base station of an incumbent system using the first frequency and a second distance between the local base station and a base station of an incumbent system using a second frequency near the first frequency based on signal power sensing and/or according to information in an information database of a positioning system and the incumbent systems; determining, by the local base station, according to the first distance, whether the cognitive system and the incumbent system operating on the first frequency meet a co-channel coexistence criterion; if it is determined that the co-channel coexistence criterion is met, determining, by the local base station, according to the second distance, whether the cognitive system and the incumbent system operating on the second frequency meet a corresponding frequency coexistence criterion; and if it is determined that the corresponding frequency coexistence criterion is met, determining, by the local base station, that the first frequency is available and reporting to the database server a response message indicating that the first frequency is an available frequency. receiving, by a local base station, a request message for introducing a cognitive system on a first frequency sent by a database server; characterized by, the method further comprises: determining, by the local base station, a first distance between the local base station and a base station of an incumbent system using the first frequency and a second distance between the local base station and a base station of an incumbent system using a second frequency near the first frequency based on signal power sensing and/or according to information in an information database of a positioning system and the incumbent systems; determining, by the local base station, according to the first distance, whether the cognitive system and the incumbent system operating on the first frequency meet a co-channel coexistence criterion; if it is determined that the co-channel coexistence criterion is met, determining, by the local base station, according to the second distance, whether the cognitive system and the incumbent system operating on the second frequency meet a corresponding frequency coexistence criterion; and if it is determined that the corresponding frequency coexistence criterion is met, determining, by the local base station, that the first frequency is available and reporting to the database server a response message indicating that the first frequency is an available frequency.
A method of operating a receiver, the method comprising: decoding transmission parameter signalling data from a digital video broadcast signal, the signal including the transmission parameter signalling data on an OSI layer of the signal that is lower than an OSI layer of the signal on which service information is included, the transmission parameter signalling data comprising a predetermined number of data bits defined over consecutive orthogonal frequency division multiplex symbols, the transmission parameter signalling data comprising at a predetermined location a group of information bits having a state dependent on whether the signal to which the transmission parameter signalling data relates carries time-sliced elementary streams having a forward error correction framing structure; determining from the decoded transmission parameter signalling data if the signal carries time-sliced elementary streams having a forward error correction framing structure; and selectively setting the signal as a current signal based on the determination.. decoding transmission parameter signalling data from a digital video broadcast signal, the signal including the transmission parameter signalling data on an OSI layer of the signal that is lower than an OSI layer of the signal on which service information is included, the transmission parameter signalling data comprising a predetermined number of data bits defined over consecutive orthogonal frequency division multiplex symbols, the transmission parameter signalling data comprising at a predetermined location a group of information bits having a state dependent on whether the signal to which the transmission parameter signalling data relates carries time-sliced elementary streams having a forward error correction framing structure; determining from the decoded transmission parameter signalling data if the signal carries time-sliced elementary streams having a forward error correction framing structure; and selectively setting the signal as a current signal based on the determination..
An image sensor, comprising: an array of pixels (200, 300) formed using a substrate (202, 302), wherein each of the pixels (200, 300) in the array include: a photosensitive region (210, 310) formed in the substrate (202, 302); a storage gate transistor; a barrier gate transistor coupled between the storage gate transistor and the photosensitive region (210, 310); a transfer gate transistor coupled to the storage gate transistor; a floating diffusion region (214, 314) coupled to the transfer gate transistor; an amplifier coupled to the floating diffusion region (214, 314) to amplify a voltage of the floating diffusion region (214, 314); and a global reset transistor that is coupled to the floating diffusion region (214, 314), wherein the global reset transistor includes a gate (228, 328) that is coupled to receive a global reset signal (VRST) to reset the pixel (200, 300). an array of pixels (200, 300) formed using a substrate (202, 302), wherein each of the pixels (200, 300) in the array include: a photosensitive region (210, 310) formed in the substrate (202, 302); a storage gate transistor; a barrier gate transistor coupled between the storage gate transistor and the photosensitive region (210, 310); a transfer gate transistor coupled to the storage gate transistor; a floating diffusion region (214, 314) coupled to the transfer gate transistor; an amplifier coupled to the floating diffusion region (214, 314) to amplify a voltage of the floating diffusion region (214, 314); and a global reset transistor that is coupled to the floating diffusion region (214, 314), wherein the global reset transistor includes a gate (228, 328) that is coupled to receive a global reset signal (VRST) to reset the pixel (200, 300). a photosensitive region (210, 310) formed in the substrate (202, 302); a storage gate transistor; a barrier gate transistor coupled between the storage gate transistor and the photosensitive region (210, 310); a transfer gate transistor coupled to the storage gate transistor; a floating diffusion region (214, 314) coupled to the transfer gate transistor; an amplifier coupled to the floating diffusion region (214, 314) to amplify a voltage of the floating diffusion region (214, 314); and a global reset transistor that is coupled to the floating diffusion region (214, 314), wherein the global reset transistor includes a gate (228, 328) that is coupled to receive a global reset signal (VRST) to reset the pixel (200, 300).
A surface finish stylus, comprising; an elongate stylus shaft (52; 100), and a contact element (56; 102) protruding from the elongate stylus shaft (52; 100) for contacting a surface to be measured, characterised in that the contact element (56; 102) is deformable and the elongate stylus shaft (52; 100) comprises a clamp for retaining the contact element (56; 102), the contact element (56; 102) being deformed by the clamp. an elongate stylus shaft (52; 100), and a contact element (56; 102) protruding from the elongate stylus shaft (52; 100) for contacting a surface to be measured, characterised in that the contact element (56; 102) is deformable and the elongate stylus shaft (52; 100) comprises a clamp for retaining the contact element (56; 102), the contact element (56; 102) being deformed by the clamp.
An annular locking device for the winding of reels, intended to be arranged alongside a plurality of similar annular devices so as to form a winding shaft in a winding machine, comprising an inner ring and an outer ring which are concentric, and engaging elements which emerge through slots on the peripheral surface of the outer ring, the outer ring being rotatable relative to the inner ring between a first angular rest position, in which the engaging elements may retract inside the outer ring by a first amount, and a second angular position, in which the engaging elements may retract by a smaller amount than in the first angular rest position, wherein the engaging elements are in the form of cylinders with rounded bases and characterized in that the engaging element is seated inside a seat in the outer ring which, at least at the rounded ends of the engaging element, is connected to the edge of the slot on the peripheral surface of the outer ring so as to allow, in the said first angular rest position, an inclination of the engaging element with respect to the peripheral surface of the outer ring.
A method of connecting two live conductor ends comprising: electrically bonding a first conductor to an equal potential zone; electrically bonding a second conductor to an equal potential zone; and connecting a first conductor end to a second conductor end via a flexible insulator. electrically bonding a first conductor to an equal potential zone; electrically bonding a second conductor to an equal potential zone; and connecting a first conductor end to a second conductor end via a flexible insulator.
A machine for making filter bags for infusion products starting from pieces of filter material, each containing at least one dose of infusion product and advancing along a feed line, comprising: - a first carousel for continuous rotary movement about a first axis of rotation; - a plurality of first gripping means positioned along, and continuously movable with, the first movement carousel, each first gripping means being configured for holding a respective piece of filter material being formed; - a plurality of first operating stations positioned along, and continuously movable with, the first movement carousel, each first operating station being associated with a corresponding first gripping means and being configured to operate on the piece of filter material in order to form, at least partly, a filter bag along at least one predetermined angular stretch of rotation of the first movement carousel; characterised in that it comprises a plurality of first translation devices, associated with the first movement carousel and configured for translating, mutually, the first operating stations and the corresponding first gripping means along a direction parallel to the first axis of rotation. - a first carousel for continuous rotary movement about a first axis of rotation; - a plurality of first gripping means positioned along, and continuously movable with, the first movement carousel, each first gripping means being configured for holding a respective piece of filter material being formed; - a plurality of first operating stations positioned along, and continuously movable with, the first movement carousel, each first operating station being associated with a corresponding first gripping means and being configured to operate on the piece of filter material in order to form, at least partly, a filter bag along at least one predetermined angular stretch of rotation of the first movement carousel;
Container for dispensing a heated product comprising 40-60 vol.% milk foam and 40-60 vol.% aerated milk, the container comprising a first chamber containing milk having a fat content of between 3 and 6 wt.%; a self-heating element which is in thermal contact with the milk and which upon activation heats the milk to a temperature of between 58 and 70 degrees Celsius; above 1 bar pressurized gas which is contained in the first chamber or in a second chamber allowing release of the pressurized gas to the first chamber; and an outlet valve which is in liquid communication with the first chamber, wherein the volume ratio between pressurized gas and milk in the container is between 0.3: 1 and 1: 0.3. a first chamber containing milk having a fat content of between 3 and 6 wt.%; a self-heating element which is in thermal contact with the milk and which upon activation heats the milk to a temperature of between 58 and 70 degrees Celsius; above 1 bar pressurized gas which is contained in the first chamber or in a second chamber allowing release of the pressurized gas to the first chamber; and an outlet valve which is in liquid communication with the first chamber, wherein the volume ratio between pressurized gas and milk in the container is between 0.3: 1 and 1: 0.3.
(3-fluoro-2-(pyrimidin-2-yl)phenyl)((1S,4R,6R)-6-((5-(trifluoromethyl)pyridin-2-yl)oxy)-2-azabicyclo[2.2.1]heptan-2-yl)methanone or a pharmaceutically acceptable salt or solvate thereof for use in therapy.
A method for the sequence-specific detection of nucleic acids in a sample, in which the nucleic acids are at least partially present as double strands, comprising a) converting the at least partially double stranded nucleic acid strands into single strands termed target strands by thermal denaturation, wherein the thermal denaturation takes place at at least 93° C for at least 10 min, b) adding at least one nucleic acid strand termed protective strand, which is able to hybridize with a target strand to form partially double stranded segments, wherein the protective strands are shorter than the target strands, wherein the temperature of the sample is rapidly lowered to a temperature of less than 0°C by transferring the sample to an environment of less than 0° C immediately after addition of the protective strand in step b), wherein the temperature is maintained for at least 10 min, c) labeling the remaining single stranded segments of the target strands via reaction with a redox marker, which reacts selectively with the double bond of the pyrimidine rings of the nucleic acid strands and allows an electroanalytically usable redox reaction on working electrodes, wherein the redox marker is [OsO 4 (bipy)] or [OsO 4 (py) 2], d) hybridizing the nucleic acid strands that are labeled in this manner on the surface of an electrode with probe strands that are immobilized thereon under replacement of the protective strands, and e) electroanalytically detecting the nucleic acid strands that are hybridized to the probe strands. a) converting the at least partially double stranded nucleic acid strands into single strands termed target strands by thermal denaturation, wherein the thermal denaturation takes place at at least 93° C for at least 10 min, b) adding at least one nucleic acid strand termed protective strand, which is able to hybridize with a target strand to form partially double stranded segments, wherein the protective strands are shorter than the target strands, wherein the temperature of the sample is rapidly lowered to a temperature of less than 0°C by transferring the sample to an environment of less than 0° C immediately after addition of the protective strand in step b), wherein the temperature is maintained for at least 10 min, c) labeling the remaining single stranded segments of the target strands via reaction with a redox marker, which reacts selectively with the double bond of the pyrimidine rings of the nucleic acid strands and allows an electroanalytically usable redox reaction on working electrodes, wherein the redox marker is [OsO 4 (bipy)] or [OsO 4 (py) 2], d) hybridizing the nucleic acid strands that are labeled in this manner on the surface of an electrode with probe strands that are immobilized thereon under replacement of the protective strands, and e) electroanalytically detecting the nucleic acid strands that are hybridized to the probe strands.
A method, comprising: reading operation parameters from a non-volatile memory located in a pluggable module 100, 200, 300 that is coupled to a host module; processing the operational parameters with a processor 140, 240, 340 located in the host module to control operation of a predistortion circuit 120 located in the host module; adding a digital predistortion signal to a generated digital signal with the predistortion circuit located in the host module and then sending the digital predistortion signal and the generated digital signal to the pluggable module. reading operation parameters from a non-volatile memory located in a pluggable module 100, 200, 300 that is coupled to a host module; processing the operational parameters with a processor 140, 240, 340 located in the host module to control operation of a predistortion circuit 120 located in the host module; adding a digital predistortion signal to a generated digital signal with the predistortion circuit located in the host module and then sending the digital predistortion signal and the generated digital signal to the pluggable module.
A method for transferring data between a first computing device and a second computing device, the method comprising: establishing (210; 310) a communication session between the first computing device and the second computing device using a first communication protocol; in response to a request from the second computing device, the request being a request for creation of a virtual memory object of a given size, creating (230; 320), by the first computing device, a virtual memory object on the first computing device, the size of the virtual memory object corresponding to the requested size; mapping and binding, by the first computing device, the virtual memory object to one or more physical memory regions resident on the first computing device; generating (240; 330), by the first computing device, a path to the virtual memory object; transmitting (250; 340) the path to the second computing device using the communication session; and writing data (260; 350) directly to the one or more physical memory regions of the first computing device associated with the virtual memory object using the virtual memory object in response to a file system command communicated by the second computing device, wherein the file system command comprises an open command that utilizes a pointer to access the memory blocks that are bound to the virtual memory object to directly access the memory of the first computing device using a second communication protocol. establishing (210; 310) a communication session between the first computing device and the second computing device using a first communication protocol; in response to a request from the second computing device, the request being a request for creation of a virtual memory object of a given size, creating (230; 320), by the first computing device, a virtual memory object on the first computing device, the size of the virtual memory object corresponding to the requested size; mapping and binding, by the first computing device, the virtual memory object to one or more physical memory regions resident on the first computing device; generating (240; 330), by the first computing device, a path to the virtual memory object; transmitting (250; 340) the path to the second computing device using the communication session; and writing data (260; 350) directly to the one or more physical memory regions of the first computing device associated with the virtual memory object using the virtual memory object in response to a file system command communicated by the second computing device, wherein the file system command comprises an open command that utilizes a pointer to access the memory blocks that are bound to the virtual memory object to directly access the memory of the first computing device using a second communication protocol.
A spinning nozzle for an air-jet spinning machine for producing a yarn from a fiber strand fed into the spinning nozzle, - the spinning nozzle comprising an interior vortex chamber at least partially outwardly bounded by a first spinning nozzle segment and second spinning nozzle segment, - the first spinning nozzle segment comprising an inlet opening for the fiber strand and a plurality of air nozzles by means of which air can be introduced into the vortex chamber, - the spinning nozzle comprising a yarn-forming element at least partially extending into the vortex chamber, having an inlet for the fiber strand and an outlet for the yarn produced within the vortex chamber in the region of the yarn-forming element when the spinning nozzle is in operation, and - the yarn-forming element being supported by the second spinning nozzle segment by means of a guide and displaceable relative to the second spinning nozzle segment between a spinning position and a cleaning position, characterized in that the first spinning nozzle segment is attached to the second spinning nozzle segment by means of at least one pivot axis and is pivotable about the pivot axis from a closed position into an open position, wherein the inlet of the yarn-forming element is externally accessible to a user only in the open position, regardless of the position of the yarn-forming element. - the spinning nozzle comprising an interior vortex chamber at least partially outwardly bounded by a first spinning nozzle segment and second spinning nozzle segment, - the first spinning nozzle segment comprising an inlet opening for the fiber strand and a plurality of air nozzles by means of which air can be introduced into the vortex chamber, - the spinning nozzle comprising a yarn-forming element at least partially extending into the vortex chamber, having an inlet for the fiber strand and an outlet for the yarn produced within the vortex chamber in the region of the yarn-forming element when the spinning nozzle is in operation, and - the yarn-forming element being supported by the second spinning nozzle segment by means of a guide and displaceable relative to the second spinning nozzle segment between a spinning position and a cleaning position,