mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing apparatus comprising: a reception unit adapted to receive: a generic stream encapsulation, GSE, packet of a GSE-Lite type having a data field containing a protocol data unit, PDU, whose maximum size is restricted to a limit size that is 4,096 bytes or less, and a signaling in an open systems interconnection, OSI, data link layer or in a lower OSI layer indicating whether the GSE packet is of the GSE-Lite type; and an output unit adapted to output the GSE packet or the PDU if the signaling indicates that the GSE packet is of the GSE-Lite type. a reception unit adapted to receive: a generic stream encapsulation, GSE, packet of a GSE-Lite type having a data field containing a protocol data unit, PDU, whose maximum size is restricted to a limit size that is 4,096 bytes or less, and a signaling in an open systems interconnection, OSI, data link layer or in a lower OSI layer indicating whether the GSE packet is of the GSE-Lite type; and a generic stream encapsulation, GSE, packet of a GSE-Lite type having a data field containing a protocol data unit, PDU, whose maximum size is restricted to a limit size that is 4,096 bytes or less, and a signaling in an open systems interconnection, OSI, data link layer or in a lower OSI layer indicating whether the GSE packet is of the GSE-Lite type; and an output unit adapted to output the GSE packet or the PDU if the signaling indicates that the GSE packet is of the GSE-Lite type.
A method for establishing at least one secure connection for a session, the method comprising: intercepting, by a device intermediary between a client and a server , a domain name service, DNS, request from the client ; determining, by the device according to the intercepted DNS request and configuration data of the device , that the client is preparing to establish a session with the server ; sending, by the device responsive to the determination, a client hello message of the device to the server for establishing a first secure connection between the device and the server for the session, prior to the client sending a client hello message of the client for establishing a second secure connection between the client and the device for the session; receiving, by the device , via the first secure connection via the server , a session identifier for the establishment of the first secure connection between the device and the server , the session identifier having a specified value, wherein the session identifier is reused from a prior session; and establishing the second secure connection between the client and the device using the specified value for the session identifier for the establishment of the first secure connection received from the server in response to the client hello message of the device , wherein the specified value is included in the client hello message of the client , to avoid validation of a secure socket layer, SSL, certificate of the device. intercepting, by a device intermediary between a client and a server , a domain name service, DNS, request from the client ; determining, by the device according to the intercepted DNS request and configuration data of the device , that the client is preparing to establish a session with the server ; sending, by the device responsive to the determination, a client hello message of the device to the server for establishing a first secure connection between the device and the server for the session, prior to the client sending a client hello message of the client for establishing a second secure connection between the client and the device for the session; receiving, by the device , via the first secure connection via the server , a session identifier for the establishment of the first secure connection between the device and the server , the session identifier having a specified value, wherein the session identifier is reused from a prior session; and establishing the second secure connection between the client and the device using the specified value for the session identifier for the establishment of the first secure connection received from the server in response to the client hello message of the device , wherein the specified value is included in the client hello message of the client , to avoid validation of a secure socket layer, SSL, certificate of the device.
A method of establishing an adjusted calibration curve for a quantitative assay performed using a local instrument that amplifies nucleic acid and monitors amplicon synthesis as amplification is occurring, said method comprising the steps of: (a) obtaining a pair of coordinates for a fixed-point on a calibration curve specific for the quantitative assay, wherein the calibration curve has been prepared by fitting an equation to a collection of results obtained using a plurality of instruments, other than the local instrument, and wherein the pair of coordinates specify an amount of an analyte polynucleotide and a normalized indicia of amplification value; (b) obtaining an adjustment calibrator that comprises a fixed amount of an internal calibrator and a known amount of the analyte polynucleotide; (c) co-amplifying the analyte polynucleotide and the internal calibrator of the adjustment calibrator using the local instrument; (d) determining indicia of amplification for each of the analyte polynucleotide and the internal calibrator that co-amplified in step (c); (e) normalizing the indicia of amplification determined for the analyte polynucleotide to the indicia of amplification determined for the internal calibrator; and (f) establishing the adjusted calibration curve by preparing a calibration plot that comprises a first point and a second point, wherein the first point comprises coordinates for the known amount of the analyte polynucleotide of the adjustment calibrator and the normalized indicia of amplification for the analyte polynucleotide determined in step (e), and wherein the second point comprises the pair of coordinates, obtained in step (a), for the fixed-point. (a) obtaining a pair of coordinates for a fixed-point on a calibration curve specific for the quantitative assay, wherein the calibration curve has been prepared by fitting an equation to a collection of results obtained using a plurality of instruments, other than the local instrument, and wherein the pair of coordinates specify an amount of an analyte polynucleotide and a normalized indicia of amplification value; (b) obtaining an adjustment calibrator that comprises a fixed amount of an internal calibrator and a known amount of the analyte polynucleotide; (c) co-amplifying the analyte polynucleotide and the internal calibrator of the adjustment calibrator using the local instrument; (d) determining indicia of amplification for each of the analyte polynucleotide and the internal calibrator that co-amplified in step (c); (e) normalizing the indicia of amplification determined for the analyte polynucleotide to the indicia of amplification determined for the internal calibrator; and (f) establishing the adjusted calibration curve by preparing a calibration plot that comprises a first point and a second point,
Device for conveying fluid with a diaphragm pump head part and a drive system for impressing movement on a diaphragm of the diaphragm pump head part and a bolt connected to a housing of the drive system which penetrates a through-hole through a housing of the diaphragm pump head part , characterised by a tightening device for applying a preload to a fastening element, wherein the fastening element is suitable for fastening the diaphragm pump head part to the drive system , wherein the tightening device has a support with a support surface for supporting a bearing surface of the fastening element, wherein the support has a threaded hole through which a screw element penetrates, and the screw element has a contact surface at its front end , wherein the contact surface of the screw element and the support surface of the support point in opposite directions, and the distance between the contact surface of the screw element and the support surface of the support can be changed by screwing or unscrewing the screw element , wherein the bolt has a bearing surface which is supported by the support surface of the support of the tightening device.
Method without a therapeutic target that evaluates at least one facial clinical sign and/or evaluates make-up, in particular evaluates wrinkles or fine lines from a portion of the face, comprising: - from a sequence of facial images of a person filmed, using a camera and a microphone, while emitting at least one sound, extract, using a processor, from the sequence one or more images coinciding with the emission of at least one predefined sound, - from the resulting image or images extracted, evaluate, using the processor, at least one facial clinical sign appearing on the image or images extracted, wherein a score of the severity associated with the clinical sign is automatically generated as a result of the evaluation of this clinical sign and/or evaluate, using the processor, the hold of a make-up and its effect on facial appearance during facial deformations, and/or make-up visibility as a function of facial deformations, wherein the image or images extracted being compared with reference images for the evaluation, this comparison being made automatically through image processing. - from a sequence of facial images of a person filmed, using a camera and a microphone, while emitting at least one sound, extract, using a processor, from the sequence one or more images coinciding with the emission of at least one predefined sound, - from the resulting image or images extracted, evaluate, using the processor, at least one facial clinical sign appearing on the image or images extracted, wherein a score of the severity associated with the clinical sign is automatically generated as a result of the evaluation of this clinical sign and/or evaluate, using the processor, the hold of a make-up and its effect on facial appearance during facial deformations, and/or make-up visibility as a function of facial deformations, wherein the image or images extracted being compared with reference images for the evaluation, this comparison being made automatically through image processing. evaluate, using the processor, at least one facial clinical sign appearing on the image or images extracted, wherein a score of the severity associated with the clinical sign is automatically generated as a result of the evaluation of this clinical sign and/or evaluate, using the processor, the hold of a make-up and its effect on facial appearance during facial deformations, and/or make-up visibility as a function of facial deformations, wherein the image or images extracted being compared with reference images for the evaluation, this comparison being made automatically through image processing.
Sensor arrangement for underwater detection of a leak in fluid carrying body , the sensor arrangement comprising a sensor support structure which is mountable to a carrier for enabling the sensor support structure to be suitably positioned or moved relative to the fluid carrying body , characterized in that , a plurality of thermal sensors is distributed on the sensor support structure forming a sensor array, wherein the sensors are provided by one or more optical fibers connectable to an interrogator via one or more optical signal connectors, wherein each fiber comprises a plurality of intrinsic fiber optic sensors at respective locations within the fiber , the intrinsic fiber optic sensors forming the thermal sensors , wherein the one or more fibers are arranged on the support structure such that the plurality of intrinsic fiber optic sensors is distributed across the support structure such as to span a detection area.
Method for managing the energy of a hybrid vehicle power unit comprising at least one internal combustion engine and an electric drive machine, coupled to the wheels of the vehicle by a transmission with discrete ratios, by minimization, at each operating point of the engine, of an energy criterion ( H ) linked to the sum of the consumption of the internal combustion engine ( Conso_thermique ) and the electrical consumption of the electrical machine ( Conso_batt ) multiplied by an equivalence factor ( s ) weighting the supply of energy from the internal combustion engine and the supply of energy of electrical origin, characterized in that the minimized criterion is a mixed criterion ( H mixed ) which is the sum of an energy criterion ( H ) and a discomfort criterion ( D ) linked to the management of kinematic modes of the transmission.
A link startup method of a storage device, the link startup method comprising: receiving (S 110) a line-reset signal from a host through a line connected to an input signal pin (P1a, P1b) of the storage device , characterized by comparing (S130; S540) a length of the received line-reset signal with a first reference time (T1); and performing (S150) a link startup operation in a high-speed mode or a low-speed mode between the storage device and the host in response to the comparing (S130; S540), wherein the high-speed mode achieves a linkup state between the host and the storage device faster than the low-speed mode, and wherein the performing (S150) of the link startup operation comprises: in response (S540) to the length of the line-reset signal being less than the first reference time (T1), performing (S560) the link startup operation in the high-speed mode. receiving (S 110) a line-reset signal from a host through a line connected to an input signal pin (P1a, P1b) of the storage device , characterized by comparing (S130; S540) a length of the received line-reset signal with a first reference time (T1); and performing (S150) a link startup operation in a high-speed mode or a low-speed mode between the storage device and the host in response to the comparing (S130; S540), wherein the high-speed mode achieves a linkup state between the host and the storage device faster than the low-speed mode, and wherein the performing (S150) of the link startup operation comprises: in response (S540) to the length of the line-reset signal being less than the first reference time (T1), performing (S560) the link startup operation in the high-speed mode.
A compensator system (200, 200', 200") for use with a transceiver , the transceiver being configured to provide a Tx signal, the compensator system (200, 200', 200") comprising: an antenna supported by vehicle; a gain modifier positioned adjacent the anna and configured to adjustably control a power level of the Tx signal being provided to the antenna ; a first control unit positioned adjacent the gain modifier and configured to provide, in response to a Tx level signal, a control signal to the gain modifier indicating a desired level of gain, the first control unit further configured to adjust the control signal in response to a feedback signal; a first detector configured to provide the feedback signal associated with a detected power level of the Tx signal provided by the gain modifier ; and a second control unit positioned adjacent the transceiver , wherein the second control unit is configured to provide the Tx level signal in response to a detected signal associated with a power level of the Tx signal provided by the transceiver . an antenna supported by vehicle; a gain modifier positioned adjacent the anna and configured to adjustably control a power level of the Tx signal being provided to the antenna ; a first control unit positioned adjacent the gain modifier and configured to provide, in response to a Tx level signal, a control signal to the gain modifier indicating a desired level of gain, the first control unit further configured to adjust the control signal in response to a feedback signal; a first detector configured to provide the feedback signal associated with a detected power level of the Tx signal provided by the gain modifier ; and a second control unit positioned adjacent the transceiver , wherein the second control unit is configured to provide the Tx level signal in response to a detected signal associated with a power level of the Tx signal provided by the transceiver .
An apparatus , comprising: an imaging system ; and a processing device , operatively coupled to the imaging system , to: identify an image of a region of interest "ROI" from a first perspective, the image having an uncertainty value associated with the ROI; generate a model comprising one or more parameters associated with the ROI based on the image; determine, using the model, a plurality of tracking quality metrics for a plurality of perspectives that a subsequent image may be captured from by the imaging system of the ROI, the plurality of tracking quality metrics indicating a reduction of the uncertainty value associated with the ROI by the subsequent image; and select a second perspective of the plurality of perspectives for the subsequent image based on a corresponding tracking quality metric of the plurality of tracking quality metrics for the second perspective indicating a reduction of the uncertainty value. an imaging system ; and a processing device , operatively coupled to the imaging system , to: identify an image of a region of interest "ROI" from a first perspective, the image having an uncertainty value associated with the ROI; generate a model comprising one or more parameters associated with the ROI based on the image; determine, using the model, a plurality of tracking quality metrics for a plurality of perspectives that a subsequent image may be captured from by the imaging system of the ROI, the plurality of tracking quality metrics indicating a reduction of the uncertainty value associated with the ROI by the subsequent image; and select a second perspective of the plurality of perspectives for the subsequent image based on a corresponding tracking quality metric of the plurality of tracking quality metrics for the second perspective indicating a reduction of the uncertainty value. identify an image of a region of interest "ROI" from a first perspective, the image having an uncertainty value associated with the ROI; generate a model comprising one or more parameters associated with the ROI based on the image; determine, using the model, a plurality of tracking quality metrics for a plurality of perspectives that a subsequent image may be captured from by the imaging system of the ROI, the plurality of tracking quality metrics indicating a reduction of the uncertainty value associated with the ROI by the subsequent image; and select a second perspective of the plurality of perspectives for the subsequent image based on a corresponding tracking quality metric of the plurality of tracking quality metrics for the second perspective indicating a reduction of the uncertainty value.
A surgical fastening device , comprising: a handle assembly including a housing and a movable handle ; an elongate shaft extending from the handle assembly ; an end effector at a distal end of the elongate shaft , the end effector having an anvil and a staple cartridge containing a plurality of staples rotatably deployable into tissue; a drive assembly configured to move relative to the staple cartridge and the anvil to eject the staples from the staple cartridge ; an actuation assembly extending through the housing and the elongate shaft and having a rack formed thereon, the movable handle having a pawl configured to engage the rack on the actuation assembly to move the actuation assembly in response to movement of the movable handle , wherein movement of the actuation assembly drives the drive assembly relative to the staple cartridge and anvil to eject the staples from the staple cartridge ; a pair of retraction levers linearly slidable relative to the housing and coupled to the actuation assembly for retracting the actuation assembly and thus the drive assembly; and a retraction gear coupled to the rack and rotatably disposed within the housing such that rotation of the retraction gear retracts the actuation assembly and the drive assembly, the retraction gear having at least one tooth formed thereon; characterized in that the at least one tooth formed on the retraction gear engages the rack formed on the actuation assembly. a handle assembly including a housing and a movable handle ; an elongate shaft extending from the handle assembly ; an end effector at a distal end of the elongate shaft , the end effector having an anvil and a staple cartridge containing a plurality of staples rotatably deployable into tissue; a drive assembly configured to move relative to the staple cartridge and the anvil to eject the staples from the staple cartridge ; an actuation assembly extending through the housing and the elongate shaft and having a rack formed thereon, the movable handle having a pawl configured to engage the rack on the actuation assembly to move the actuation assembly in response to movement of the movable handle , wherein movement of the actuation assembly drives the drive assembly relative to the staple cartridge and anvil to eject the staples from the staple cartridge ; a pair of retraction levers linearly slidable relative to the housing and coupled to the actuation assembly for retracting the actuation assembly and thus the drive assembly; and a retraction gear coupled to the rack and rotatably disposed within the housing such that rotation of the retraction gear retracts the actuation assembly and the drive assembly, the retraction gear having at least one tooth formed thereon; characterized in that the at least one tooth formed on the retraction gear engages the rack formed on the actuation assembly.
A memory manager, wherein the memory manager comprises a serial-to-parallel conversion interface circuit, a memory control circuit, and a parallel interface circuit; the serial-to-parallel conversion interface circuit comprises a serial end and a parallel end, the serial end is configured to connect to a processor, and the parallel end is connected to a first end of the memory control circuit and an internal connection end of the parallel interface circuit; a second end of the memory control circuit is connected to the internal connection end of the parallel interface circuit; and an external connection end of the parallel interface circuit is configured to connect to a memory, and the memory control circuit is configured to control data exchange between the processor and the memory, wherein the memory manager further comprises a cache prefetching circuit, and the cache prefetching circuit is connected to the parallel end of the serial-to-parallel conversion interface circuit and the internal connection end of the parallel interface circuit; and the cache prefetching circuit is configured to prefetch data from the memory and store the data, and wherein the cache prefetching circuit is further connected to the memory control circuit, and the memory control circuit is configured to control on and off of the cache prefetching circuit. the serial-to-parallel conversion interface circuit comprises a serial end and a parallel end, the serial end is configured to connect to a processor, and the parallel end is connected to a first end of the memory control circuit and an internal connection end of the parallel interface circuit; a second end of the memory control circuit is connected to the internal connection end of the parallel interface circuit; and an external connection end of the parallel interface circuit is configured to connect to a memory, and the memory control circuit is configured to control data exchange between the processor and the memory, wherein the memory manager further comprises a cache prefetching circuit, and the cache prefetching circuit is connected to the parallel end of the serial-to-parallel conversion interface circuit and the internal connection end of the parallel interface circuit; and the cache prefetching circuit is configured to prefetch data from the memory and store the data, and wherein the cache prefetching circuit is further connected to the memory control circuit, and the memory control circuit is configured to control on and off of the cache prefetching circuit.