mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing packet flows, comprising: receiving , by a packet processor, a first packet of a first flow, the first packet identifying a first destination address and a first domain associated with the first destination address, the first domain identifying one or more servers and/or destination addresses associated with a common identification string; identifying , by the packet processor, a stored association between a first application, the first destination address, and the first domain; selecting , by the packet processor, a first routing policy corresponding to the first application from a plurality of routing policies, responsive to the identification of the stored association between the first application, the first destination address, and the first domain; processing , by the packet processor, the first packet of the first flow according to the selected first routing policy, responsive to the identification of the stored association between the first application, the first destination address, and the first domain; and adjusting a confidence score for the correctness of the association between the first application, the first destination address, and the first domain, responsive to subsequently classifying (310") the first flow, by extracting an application identifier of the first flow, as corresponding to either (i) the first application or (ii) a second application different from the first application. receiving , by a packet processor, a first packet of a first flow, the first packet identifying a first destination address and a first domain associated with the first destination address, the first domain identifying one or more servers and/or destination addresses associated with a common identification string; identifying , by the packet processor, a stored association between a first application, the first destination address, and the first domain; selecting , by the packet processor, a first routing policy corresponding to the first application from a plurality of routing policies, responsive to the identification of the stored association between the first application, the first destination address, and the first domain; processing , by the packet processor, the first packet of the first flow according to the selected first routing policy, responsive to the identification of the stored association between the first application, the first destination address, and the first domain; and adjusting a confidence score for the correctness of the association between the first application, the first destination address, and the first domain, responsive to subsequently classifying (310") the first flow, by extracting an application identifier of the first flow, as corresponding to either (i) the first application or (ii) a second application different from the first application.
Heat exchanger having at least one sorption duct , in which a sorbent is arranged and through which a fluid can flow, wherein the heat exchanger also contains at least one catalyst , by means of which a fuel can be reacted exothermically such that at least some of the resulting heat can be supplied to the sorbent , characterized in that the heat exchanger further contains a main support having a first side and an opposite second side , wherein the at least one catalyst is arranged on the second side and the sorbent is arranged on the first side .
A seal for a teat cleaning cup for cleaning a teat of an udder , which seal is configured to seal between a teat cleaner forming a central cavity configured to enclose the teat , and a lower part removably attached to the teat cleaner , which lower part comprises at least one cleaning liquid valve connectable to a cleaning liquid supply, and a drainage means for draining used cleaning liquid from the teat cleaner ; wherein the seal comprises a first surface for facing the teat cleaner and a second surface for facing the lower part ; and wherein the seal is configured to distribute liquid from the cleaning liquid valve of the lower part into a set of channels in the teat cleaner , which set of channels are extending along a longitudinal direction of the teat cleaner to the central cavity , where the set of channels are connected via a set of apertures in an inner body of the teat cleaner to the central cavity ; and wherein the seal forms at least one first set of apertures , of at least a first aperture and a second aperture extending through the seal from the first surface to the second surface ; characterized in that the seal forms at least one recess in the second surface , connecting the first aperture to the second aperture .
A refill for an electric toothbrush having a longitudinal axis (A), the refill having a movable brush head and being structured and configured to be attached to a handle of the electric toothbrush , the refill comprising a generally tubular structure formed by refill walls defining an interior space for accepting thereinto a coupling stem of the handle , wherein the refill includes a motion transmitter functionally connected to the brush head for driving the brush head , wherein the refill comprises a coupling device comprising a pair of mutually opposite cantilevered arms disposed in the interior space of the refill and adjacent to the refill walls , wherein each of the arms is resiliently deformable and terminates with a coupling surface structured and configured to engage a coupling pin extending from the coupling stem of the handle for secure and disengageable connection therewith. tubular structure formed by refill walls defining an interior space for accepting thereinto a coupling stem of the handle , wherein the refill includes a motion transmitter functionally connected to the brush head for driving the brush head , wherein the refill comprises a coupling device comprising a pair of mutually opposite cantilevered arms disposed in the interior space of the refill and adjacent to the refill walls , wherein each of the arms is resiliently deformable and terminates with a coupling surface structured and configured to engage a coupling pin extending from the coupling stem of the handle for secure and disengageable connection therewith.
A non-volatile memory cell comprising: a storage layer comprised of an electrically insulating and electrically polarisable material in which data is recordable as a direction of electric polarisation; a magnetically frustrated layer on one side of the storage layer and a conduction electrode on the other side of the storage layer; wherein the storage layer has a thickness of 10 nm or less; and wherein the magnetically frustrated layer has a different change in density of states to the conduction electrode in response to a change in electric polarisation in the storage layer, such that a tunnelling resistance of the storage layer between the conduction electrode and magnetically frustrated layer is dependent on the direction of electric polarisation of the storage layer. a storage layer comprised of an electrically insulating and electrically polarisable material in which data is recordable as a direction of electric polarisation; a magnetically frustrated layer on one side of the storage layer and a conduction electrode on the other side of the storage layer; wherein the storage layer has a thickness of 10 nm or less; and wherein the magnetically frustrated layer has a different change in density of states to the conduction electrode in response to a change in electric polarisation in the storage layer, such that a tunnelling resistance of the storage layer between the conduction electrode and magnetically frustrated layer is dependent on the direction of electric polarisation of the storage layer.
A system for measuring leakage current of an electrical power cable that is providing operating power to a powered electrical system, the system comprising: a first transformer having a primary winding about a first magnetic core having a first passageway providing passage therethrough for both a power conductor and a return conductor of the electrical power cable ; a second transformer having a secondary winding about a second magnetic core having a second passageway providing passage therethrough for both the power conductor and the return conductor of the electrical power cable ; wherein the electrical cable operates as a secondary winding for the first transformer and a primary winding for the second transformer when passing through both the first and second passageways ; an inducer conductively coupled to the primary winding of the first transformer , the inducer generating a high-frequency excitation signal into the primary winding of the first transformer ; a signal sensor conductively coupled to the secondary winding of the second transformer , the signal sensor sensing a high-frequency response signal induced, in response to the high-frequency excitation signal, into the secondary winding of the second transformer ; characterised in that the system further comprises a controller that performs a signal amplitude and/or phase comparison of a high-frequency reference signal and the high-frequency response signal sensed by the signal sensor, the controller generating a signal indicative of leakage based on the signal amplitude and/or phase comparison. a first transformer having a primary winding about a first magnetic core having a first passageway providing passage therethrough for both a power conductor and a return conductor of the electrical power cable ; a second transformer having a secondary winding about a second magnetic core having a second passageway providing passage therethrough for both the power conductor and the return conductor of the electrical power cable ; wherein the electrical cable operates as a secondary winding for the first transformer and a primary winding for the second transformer when passing through both the first and second passageways ; an inducer conductively coupled to the primary winding of the first transformer , the inducer generating a high-frequency excitation signal into the primary winding of the first transformer ; a signal sensor conductively coupled to the secondary winding of the second transformer , the signal sensor sensing a high-frequency response signal induced, in response to the high-frequency excitation signal, into the secondary winding of the second transformer ;
A two-phase oral care whitening composition, comprising: a hydrophobic phase comprising a source of hydrogen peroxide; a surfactant; and an acyl donor; and a hydrophilic phase comprising a surfactant; an enzyme that catalyzes the generation of peracetic acid between the source of hydrogen peroxide and the acyl donor. a hydrophobic phase comprising a source of hydrogen peroxide; a surfactant; and an acyl donor; and a hydrophilic phase comprising a surfactant; an enzyme that catalyzes the generation of peracetic acid between the source of hydrogen peroxide and the acyl donor.
A method of preparing a polypeptide for analysis, comprising: a. providing a sample comprising the polypeptide; b. applying the sample to a filter having a molecular weight cut-off; c. digesting the polypeptide in the sample on the filter with a first protease; d. digesting the polypeptide in the sample on the filter with a second protease; and e. analyzing the sample, wherein i. the second protease is neutrophil elastase; and ii. the first protease is different from the second protease. a. providing a sample comprising the polypeptide; b. applying the sample to a filter having a molecular weight cut-off; c. digesting the polypeptide in the sample on the filter with a first protease; d. digesting the polypeptide in the sample on the filter with a second protease; and e. analyzing the sample, i. the second protease is neutrophil elastase; and ii. the first protease is different from the second protease.
A top layer drilling device for creating a cavity and a core, wherein the top layer drilling device comprises a drill bit and a drilling head in the drill bit with a smaller diameter than that of the drill bit , and the drill bit and the drilling head can be driven at different respective angular velocities, characterised in that the internal diameter of the drill bit is set at such a distance from the external diameter of the drilling head that the core is created between the drill bit and the drilling head .
A method of controlling a mobile robot, the method comprising: sensing a first obstacle (D1) and a second obstacle (D2) through an optical pattern sensor ; storing the information regarding only a first part (D1a) of the entirety of the first obstacle (D1) sensed by the optical pattern sensor, and only a second part (D2a) of the entirety of the second obstacle (D2) sensed by the optical pattern sensor, in a local area map (A); determining whether it is possible to travel with respect to the first and second obstacles (D1, D2); when it is possible to travel with respect to the first and second obstacles (D1, D2), traveling in a first traveling direction through an area between the first and second obstacles (D1, D2); characterised in that when it is not possible to travel with respect to the first and second obstacles (D1, D2), rotating in a first rotating direction based on the information regarding the first and second parts (D1a, D2a) stored in the local area map; maintaining the information regarding the first and second parts (D1a, D2a) in the local area map (A); determining a rotating direction with reference to the local area map; rotating in said rotating direction; and traveling in a second traveling direction different from the first traveling direction through an area between the first and second obstacles (D1, D2). sensing a first obstacle (D1) and a second obstacle (D2) through an optical pattern sensor ; storing the information regarding only a first part (D1a) of the entirety of the first obstacle (D1) sensed by the optical pattern sensor, and only a second part (D2a) of the entirety of the second obstacle (D2) sensed by the optical pattern sensor, in a local area map (A); determining whether it is possible to travel with respect to the first and second obstacles (D1, D2); when it is possible to travel with respect to the first and second obstacles (D1, D2), traveling in a first traveling direction through an area between the first and second obstacles (D1, D2); characterised in that when it is not possible to travel with respect to the first and second obstacles (D1, D2), rotating in a first rotating direction based on the information regarding the first and second parts (D1a, D2a) stored in the local area map; maintaining the information regarding the first and second parts (D1a, D2a) in the local area map (A); determining a rotating direction with reference to the local area map; rotating in said rotating direction; and traveling in a second traveling direction different from the first traveling direction through an area between the first and second obstacles (D1, D2).
Method for fabricating a container, preferably a bottle, comprising: - providing a preform comprising poly(ethylene 2,5-furandicarboxylate); - stretch blow-molding the preform to form the container, characterized in that the stretch blow-molding comprises a stretching step of the preform to a ratio higher than the natural draw ratio of poly(ethylene 2,5-furandicarboxylate) at a temperature in a range of 110 °C to 140°C, and at an equivalent axial strain rate at a reference temperature of 100 °C in the range of 0.03 to 3 s -1 which equivalent axial strain rate is calculated from the stretch rod speed divided by the height of the preform and corrected to the reference temperature using the Williams-Landel-Ferry equation wherein a T is the shift factor, C 1 and C 2 are visco-elastic constants, T is the testing temperature and T 0 is the reference temperature of 100 °C wherein for poly(ethylene 2,5-furandicarboxylate) C 1 = 8.40 and C 2 = 51.15 °C in equation . - providing a preform comprising poly(ethylene 2,5-furandicarboxylate); - stretch blow-molding the preform to form the container, characterized in that the stretch blow-molding comprises a stretching step of the preform to a ratio higher than the natural draw ratio of poly(ethylene 2,5-furandicarboxylate) at a temperature in a range of 110 °C to 140°C, and at an equivalent axial strain rate at a reference temperature of 100 °C in the range of 0.03 to 3 s -1 which equivalent axial strain rate is calculated from the stretch rod speed divided by the height of the preform and corrected to the reference temperature using the Williams-Landel-Ferry equation
A communication device for receiving system information in a wireless communication system, comprising: a storage unit for storing instructions; and a processing means , coupled to the storage unit , wherein the storage unit is adapted to store, and the processing means is adapted to perform, instructions of: receiving a system information block Type 1, SIB1, from a network; verifying whether a SIB Type 2, SIB2, stored in the communication device is valid by checking a value tag in the SIB1; receiving a SIB for enhanced coverage from the network; and verifying whether at least one SIB for enhanced coverage stored in the communication device is valid by checking a value tag in the received SIB for enhanced coverage; characterised by : the communication device is adapted to verify whether the SIB2 is valid by checking whether the value tag in the SIB1 is changed, and the communication device is further adapted to verify whether the at least one SIB for enhanced coverage is valid by checking whether the value tag in the received SIB for enhanced coverage is changed. a storage unit for storing instructions; and a processing means , coupled to the storage unit , wherein the storage unit is adapted to store, and the processing means is adapted to perform, instructions of: receiving a system information block Type 1, SIB1, from a network; verifying whether a SIB Type 2, SIB2, stored in the communication device is valid by checking a value tag in the SIB1; receiving a SIB for enhanced coverage from the network; and verifying whether at least one SIB for enhanced coverage stored in the communication device is valid by checking a value tag in the received SIB for enhanced coverage; characterised by : the communication device is adapted to verify whether the SIB2 is valid by checking whether the value tag in the SIB1 is changed, and the communication device is further adapted to verify whether the at least one SIB for enhanced coverage is valid by checking whether the value tag in the received SIB for enhanced coverage is changed. receiving a system information block Type 1, SIB1, from a network; verifying whether a SIB Type 2, SIB2, stored in the communication device is valid by checking a value tag in the SIB1; receiving a SIB for enhanced coverage from the network; and verifying whether at least one SIB for enhanced coverage stored in the communication device is valid by checking a value tag in the received SIB for enhanced coverage; characterised by : the communication device is adapted to verify whether the SIB2 is valid by checking whether the value tag in the SIB1 is changed, and the communication device is further adapted to verify whether the at least one SIB for enhanced coverage is valid by checking whether the value tag in the received SIB for enhanced coverage is changed.
An implantable medical device arranged for breast reconstruction and/or augmentation, said device being made of an interconnected porous structured polymeric matrix, wherein said polymeric matrix comprises a plurality of channels three-dimensionally propagating through the polymeric matrix and interconnected with the porous structure of said polymeric matrix, said three-dimensional channels being drilled by means of heated tools ; characterized in that said implantable device is biodegradable; and in that said polymeric matrix is a bio-resorbable matrix belonging to the family of poly(urea-urethane-ester-ether)s and comprises - high-to-medium molecular weight hydrophobic biodegradable amorphous soft segments polyols having average molecular weight comprised between 20'000 and 60'000 Da; - hydrophilic polyalkoxide polyols, of average molecular weight comprised between 2'000 and 15'000 Da; - low molecular weight polyisocyanates and polyols, whose average molecular weights range between 15 and 200 Da. characterized in that said implantable device is biodegradable; and in that said polymeric matrix is a bio-resorbable matrix belonging to the family of poly(urea-urethane-ester-ether)s and comprises - high-to-medium molecular weight hydrophobic biodegradable amorphous soft segments polyols having average molecular weight comprised between 20'000 and 60'000 Da; - hydrophilic polyalkoxide polyols, of average molecular weight comprised between 2'000 and 15'000 Da; - low molecular weight polyisocyanates and polyols, whose average molecular weights range between 15 and 200 Da. - high-to-medium molecular weight hydrophobic biodegradable amorphous soft segments polyols having average molecular weight comprised between 20'000 and 60'000 Da; - hydrophilic polyalkoxide polyols, of average molecular weight comprised between 2'000 and 15'000 Da; - low molecular weight polyisocyanates and polyols, whose average molecular weights range between 15 and 200 Da.
Method for the process control of a plant for the continuous production of foams, in particular food foams, comprising the steps of a) continuous inline determination of at least one actual value of at least two state variables of a foam produced in at least one whipping system, wherein the at least two state variables to be determined are chosen from the group consisting of bubble structure and bubble distribution, wherein the determination of the at least one actual value of the state variables of the foam takes place downstream from the at least one whipping system, wherein the actual values of the state variables of the foam are determined by a measurement method for determining conductivity, or by the measurement methods ultrasound, image analysis, magnetic resonance tomography; and b) the determined at least one actual value of the state variable of the foam is compared with at least one predetermined setpoint value of this state variable of the produced foam and, in the case of a deviation of the actual value from the at least one setpoint value, at least one process parameter of the continuous production of the foam is automatically altered. a) continuous inline determination of at least one actual value of at least two state variables of a foam produced in at least one whipping system, wherein the at least two state variables to be determined are chosen from the group consisting of bubble structure and bubble distribution, wherein the determination of the at least one actual value of the state variables of the foam takes place downstream from the at least one whipping system, wherein the actual values of the state variables of the foam are determined by a measurement method for determining conductivity, or by the measurement methods ultrasound, image analysis, magnetic resonance tomography; and b) the determined at least one actual value of the state variable of the foam is compared with at least one predetermined setpoint value of this state variable of the produced foam and, in the case of a deviation of the actual value from the at least one setpoint value, at least one process parameter of the continuous production of the foam is automatically altered.