mhurhangee/patent-ind-claim-en huggingface dataset:
Filter element for an oil separator of a P[ositive]C[rankcase]V[entilation] system, wherein the filter element features - at least one filter medium for separating oil from fluid, in particular from aerosol, having a cover surface extending parallel to the flow direction of the fluid flowing through the filter medium , - a first cover element for covering the cover surface , formed as an end disc of the filter element, sealingly and non-detachably connected to the filter medium at one front face of the filter element by bonding or welding and made of a thermoplastic by injection molding, and - an additional cover element designed as an open end disc, characterized in that the first cover element features at least one tubular clean fluid discharge element extending away from the filter element and designed to discharge the cleaned fluid, wherein the clean fluid discharge element and the first cover element are designed to be circumferentially closed, wherein the clean fluid discharge element features a closed cylindrical wall and two open ends, wherein the end surface of the clean fluid discharge element facing away from the filter element or filter medium is designed as a sealing surface for a valve having a resiliently designed sealing element of the valve closing body, in particular for a pressure regulating valve (52, 310, 320 330), of the P[ositive]C[rankcase]V[entilation] system, and the other end is connected to the first cover element , so that a fluidic connection to the interior space of the filter medium is formed. - at least one filter medium for separating oil from fluid, in particular from aerosol, having a cover surface extending parallel to the flow direction of the fluid flowing through the filter medium , - a first cover element for covering the cover surface , formed as an end disc of the filter element, sealingly and non-detachably connected to the filter medium at one front face of the filter element by bonding or welding and made of a thermoplastic by injection molding, and - an additional cover element designed as an open end disc,
Device for positioning motor vehicle parts for producing motor vehicles, comprising a mainframe , at least one main module which is disposed on the mainframe , as well as receptacles which are configured for holding the motor vehicle parts, wherein the device comprises at least one docking plate that is interchangeable in an automated manner, wherein the docking plate is capable of being fixed in the main module , wherein the receptacles are configured on the docking plate , characterized in that the docking plate comprises bolts , specifically retractive clamping bolts, wherein the docking plate by means of the bolts is capable of being fixed in a positionally accurate manner in the main module , wherein the main module comprises at least one clamping device , specifically at least one zero-point clamping device, which is configured for fixing and/or locking a docking plate , specifically for clamping at least one bolt of a docking plate , wherein the device comprises at least one further docking plate that is interchangeable in an automated manner, wherein the further docking plate is capable of being fixed in a positionally accurate manner in the same main module in which the docking plate is capable of being fixed, wherein further receptacles are configured on the further docking plate , and wherein the further receptacles of the further docking plate are configured differently from the receptacles of the docking plate .
A method for exploiting discontinuous reception, DRx, parameters to conserve power during an Observed Time Difference of Arrival, OTDOA, measurement session, comprising: receiving , at a network server, information related to a DRx configuration associated with a user equipment, UE; the method being characterized by : selecting , at the network server, one or more inter-frequency base stations having inter-frequency Positioning Reference Signals, PRS, occasions that coincide with an OFF duration of the DRx configuration associated with the UE; and transmitting , by the network server to the UE, OTDOA assistance data that includes information related to the inter-frequency PRS occasions that coincide with the OFF duration of the DRx configuration associated with the UE. selecting , at the network server, one or more inter-frequency base stations having inter-frequency Positioning Reference Signals, PRS, occasions that coincide with an OFF duration of the DRx configuration associated with the UE; and transmitting , by the network server to the UE, OTDOA assistance data that includes information related to the inter-frequency PRS occasions that coincide with the OFF duration of the DRx configuration associated with the UE.
An image sensor comprising: an array of unit cells , each unit cell comprising: a detector including a photodiode coupled to a well capacitor , the well capacitor configured to accumulate charge generated by an input light signal on the photodiode and the detector configured to discharge the well capacitor each time a voltage across the well capacitor exceeds a well capacitor threshold value; and a Digital Readout Integrated Circuit (DROIC) coupled to the detector and capable of incrementing a value of a reset counter when the well capacitor is discharged and when a count enable signal is high; and an image processing unit coupled to the DROIC of each unit cell and configured to: operate a search function for identifying a frequency of the modulated light portion in the input light signal; set a duty cycle of the count enable signal to be opposite that of a duty cycle of the modulated light portion; transmit the count enable signal to the DROIC of each unit cell at the identified frequency and with the set duty cycle; and periodically retrieve the value of the reset counter from the DROIC of each unit cell. an array of unit cells , each unit cell comprising: a detector including a photodiode coupled to a well capacitor , the well capacitor configured to accumulate charge generated by an input light signal on the photodiode and the detector configured to discharge the well capacitor each time a voltage across the well capacitor exceeds a well capacitor threshold value; and a Digital Readout Integrated Circuit (DROIC) coupled to the detector and capable of incrementing a value of a reset counter when the well capacitor is discharged and when a count enable signal is high; and a detector including a photodiode coupled to a well capacitor , the well capacitor configured to accumulate charge generated by an input light signal on the photodiode and the detector configured to discharge the well capacitor each time a voltage across the well capacitor exceeds a well capacitor threshold value; and a Digital Readout Integrated Circuit (DROIC) coupled to the detector and capable of incrementing a value of a reset counter when the well capacitor is discharged and when a count enable signal is high; and an image processing unit coupled to the DROIC of each unit cell and configured to: operate a search function for identifying a frequency of the modulated light portion in the input light signal; set a duty cycle of the count enable signal to be opposite that of a duty cycle of the modulated light portion; transmit the count enable signal to the DROIC of each unit cell at the identified frequency and with the set duty cycle; and periodically retrieve the value of the reset counter from the DROIC of each unit cell. operate a search function for identifying a frequency of the modulated light portion in the input light signal; set a duty cycle of the count enable signal to be opposite that of a duty cycle of the modulated light portion; transmit the count enable signal to the DROIC of each unit cell at the identified frequency and with the set duty cycle; and periodically retrieve the value of the reset counter from the DROIC of each unit cell.
An on-chip cache which is part of a memory hierarchy of a processor formed on a chip with the on-chip cache, the on-chip cache comprising an instruction scheduler , wherein the instruction scheduler comprises: a first input arranged to receive memory requests generated in the processor; a cache management unit arranged, in response to determining that a received memory request refers to data that is not stored in the on-chip cache, to generate a memory request on a further level of the memory hierarchy; a second input arranged to receive data returned from the further level in the memory hierarchy in response to memory requests generated in the cache management unit; and a re-order buffer module arranged to control an order in which received memory requests are executed within the on-chip cache and comprising a data structure arranged to store pending memory requests, and wherein data is received via the second input in an order that is different from an order in which the corresponding memory requests are received via the first input. a first input arranged to receive memory requests generated in the processor; a cache management unit arranged, in response to determining that a received memory request refers to data that is not stored in the on-chip cache, to generate a memory request on a further level of the memory hierarchy; a second input arranged to receive data returned from the further level in the memory hierarchy in response to memory requests generated in the cache management unit; and a re-order buffer module arranged to control an order in which received memory requests are executed within the on-chip cache and comprising a data structure arranged to store pending memory requests, and wherein data is received via the second input in an order that is different from an order in which the corresponding memory requests are received via the first input.
A method for providing a source of content distribution from a content distribution network , the method comprising: receiving a request for content from a requesting device for content associated with the content distribution network; obtaining a Border Gateway Protocol -BGP-feed of route information, the BGP feed comprising at least one Internet Protocol -IP-address associated with at least one network external to the content distribution network; analyzing the BGP feed of route information to determine at least one egress port from the content distribution network to the at least one network external to the content distribution network; obtaining a business cost associated with transmitting content through the at least one egress port, wherein the business cost is indicative of a quality of service associated with providing the content; creating a first policy rule for selecting a source device within the content distribution network for providing content to the requesting device based at least on the BGP feed of route information and the business cost for transmitting content through the at least one egress port; and identifying a source device within the content distribution network for providing the requested content to the requesting device based at least on the first policy rule. receiving a request for content from a requesting device for content associated with the content distribution network; obtaining a Border Gateway Protocol -BGP-feed of route information, the BGP feed comprising at least one Internet Protocol -IP-address associated with at least one network external to the content distribution network; analyzing the BGP feed of route information to determine at least one egress port from the content distribution network to the at least one network external to the content distribution network; obtaining a business cost associated with transmitting content through the at least one egress port, wherein the business cost is indicative of a quality of service associated with providing the content; creating a first policy rule for selecting a source device within the content distribution network for providing content to the requesting device based at least on the BGP feed of route information and the business cost for transmitting content through the at least one egress port; and identifying a source device within the content distribution network for providing the requested content to the requesting device based at least on the first policy rule.
A detection device for detecting a number of revolutions of a position sensorless motor for an electronic parking brake (EPB), the device comprising: an actuator driving motor used to set and release a parking brake of an EPB system; an electronic control module for controlling the motor ; a vehicle battery for supplying power to the motor and the electronic control module ; and a main processing unit for receiving an output signal of the electronic control module and estimating the number of revolutions of the motor , wherein the electronic control module further comprises a ripple measuring unit for receiving an output signal of the motor and measuring a ripple of the motor , and wherein the output signal of the motor corresponds to either a current or a voltage, characterized in that the ripple measuring unit further comprises a ripple signal selector for selecting only a ripple signal from the output signal of the motor ; a first level translator for receiving a ripple signal selected by the ripple signal selector and a direct current signal of the battery and translating an electric potential thereof; and a second level translator for receiving the direct current signal of the battery and translating an electric potential thereof. an actuator driving motor used to set and release a parking brake of an EPB system; an electronic control module for controlling the motor ; a vehicle battery for supplying power to the motor and the electronic control module ; and a main processing unit for receiving an output signal of the electronic control module and estimating the number of revolutions of the motor , wherein the electronic control module further comprises a ripple measuring unit for receiving an output signal of the motor and measuring a ripple of the motor , and wherein the output signal of the motor corresponds to either a current or a voltage, characterized in that the ripple measuring unit further comprises a ripple signal selector for selecting only a ripple signal from the output signal of the motor ; a first level translator for receiving a ripple signal selected by the ripple signal selector and a direct current signal of the battery and translating an electric potential thereof; and a second level translator for receiving the direct current signal of the battery and translating an electric potential thereof.
A boring head comprising a cutting insert , such that the boring head comprises, in its body, at least one device for allowing the displacement of a liquid, the device comprising at least two openings on the surface of the boring head and arranged at the level of the insert , wherein the cutting insert is mounted displaceably on the boring head , characterised in that the at least two openings are disposed along an axis substantially parallel to the axis of displacement of the cutting insert . such that the boring head comprises, in its body, at least one device for allowing the displacement of a liquid, the device comprising at least two openings on the surface of the boring head and arranged at the level of the insert , wherein the cutting insert is mounted displaceably on the boring head , characterised in that the at least two openings are disposed along an axis substantially parallel to the axis of displacement of the cutting insert .
A computer-implemented method for detecting a movable object in a location, when scanning a rigid object in the location by means of a handheld 3D scanner for generating a virtual 3D model of the rigid object based on scanned surfaces of the rigid object, wherein the method comprises: - providing a first surface by scanning the rigid object; - determining a first scan volume related to the first surface; - providing a second surface by scanning the rigid object; - determining a second scan volume related to the second surface; where the first scan volume and the second scan volume are overlapping in an overlapping, common scan volume; - determining if at least a portion of the first surface and a portion of the second surface are not coincident in the overlapping, common scan volume, and if they are not coincident then disregarding in the generation of said virtual 3D model the portion of either the first surface or the second surface in the overlapping, common scan volume which is closest to the focusing optics of the 3D scanner, as this portion of the first surface or second surface has been determined to represent a movable object which is not part of the rigid object. - providing a first surface by scanning the rigid object; - determining a first scan volume related to the first surface; - providing a second surface by scanning the rigid object; - determining a second scan volume related to the second surface; - determining if at least a portion of the first surface and a portion of the second surface are not coincident in the overlapping, common scan volume, and if they are not coincident then disregarding in the generation of said virtual 3D model the portion of either the first surface or the second surface in the overlapping, common scan volume which is closest to the focusing optics of the 3D scanner, as this portion of the first surface or second surface has been determined to represent a movable object which is not part of the rigid object.
A mutant tobacco plant cell or a transgenic tobacco plant cell comprising: (i) a polynucleotide comprising, consisting or consisting essentially of a sequence encoding a functional protease and having at least 96% sequence identity to a protease selected from: at least one of SEQ ID NO: 1 to 16; or at least one of SEQ ID NO: 30 to 41; or at least one of SEQ ID NO: 17 to 22; or at least one of SEQ ID NO: 42 to 44; or at least one of SEQ ID NO: 45 to 61; or at least one of SEQ ID NO: 23 to 29; or (ii) (ii) a construct, vector or expression vector comprising the isolated polynucleotide set forth in (i), and wherein the mutagenesis or transgenesis results in the insertion of one or more mutations into the polynucleotide set forth in (i) and/or into a regulatory region thereof, to create a mutant tobacco plant wherein expression or activity of said protease is up-regulated or down-regulated as compared to a control tobacco plant cell, wherein the control tobacco plant cell has the same genotype as the starting material for the genetic alteration that resulted in the mutant tobacco plant cell or the transgenic tobacco plant cell. (i) a polynucleotide comprising, consisting or consisting essentially of a sequence encoding a functional protease and having at least 96% sequence identity to a protease selected from: at least one of SEQ ID NO: 1 to 16; or at least one of SEQ ID NO: 30 to 41; or at least one of SEQ ID NO: 17 to 22; or at least one of SEQ ID NO: 42 to 44; or at least one of SEQ ID NO: 45 to 61; or at least one of SEQ ID NO: 23 to 29; or at least one of SEQ ID NO: 1 to 16; or at least one of SEQ ID NO: 30 to 41; or at least one of SEQ ID NO: 17 to 22; or at least one of SEQ ID NO: 42 to 44; or at least one of SEQ ID NO: 45 to 61; or at least one of SEQ ID NO: 23 to 29; (ii) (ii) a construct, vector or expression vector comprising the isolated polynucleotide set forth in (i),
A vacuum cleaner , comprising: an upright body ; a base operably coupled to the upright body and including a dry suction nozzle and adapted for movement along a surface to be cleaned; a wet extraction module selectively operably couplable and removable from the base , the wet extraction module including a wet suction nozzle ; and a suction source at least selectively fluidly coupled to the dry suction nozzle and the wet suction nozzle via a fluid recovery pathway, characterized in that the wet extraction module further comprises a wet recovery tank that can be removably mounted on the base . an upright body ; a base operably coupled to the upright body and including a dry suction nozzle and adapted for movement along a surface to be cleaned; a wet extraction module selectively operably couplable and removable from the base , the wet extraction module including a wet suction nozzle ; and a suction source at least selectively fluidly coupled to the dry suction nozzle and the wet suction nozzle via a fluid recovery pathway, characterized in that the wet extraction module further comprises a wet recovery tank that can be removably mounted on the base .
A pump unit with at least one impeller , comprising a magnetic coupling , wherein the coupling is mechanically connected to the at least one impeller via an inner rotor and where an outer rotor is connected to an electrical machine arranged to produce a rotational torque, said pump being arranged to circulate a fluid by the impeller, the magnetic coupling comprising - an outer rotor including a plurality of permanent magnets arranged to form a plurality of magnetic poles ; - an inner rotor ; - the outer rotor and the inner rotor being located coaxially to one another around an axis and spaced apart from one another by an air gap ; - a rotor can arranged in the air gap , between the inner rotor and the outer rotor, so to make a dividing section between the inner and outer rotor; - the outer rotor has a cylindrical structure surrounding the plurality of magnetic poles , the cylindrical structure being made of a magnetic susceptible material for conducting a magnetic flux between the plurality of magnetic poles ; - the inner rotor being made of a magnetic susceptible material and free of permanent magnetic material, wherein the inner rotor is formed with multiple radial projections acting as salient inner rotor poles distributed around the axis of the inner rotor; - each of the plurality of magnetic poles, comprising at least a section with a radial magnetic direction in respect of the axis and at least a section with a magnetic direction angled between a radial direction and a tangential direction in respect of the axis ; and - wherein the combined length of the sides of the plurality_of permanent magnets cover less than 75% of the circumference of the cylindrical structure. - an outer rotor including a plurality of permanent magnets arranged to form a plurality of magnetic poles ; - an inner rotor ; - the outer rotor and the inner rotor being located coaxially to one another around an axis and spaced apart from one another by an air gap ; - a rotor can arranged in the air gap , between the inner rotor and the outer rotor, so to make a dividing section between the inner and outer rotor; - the outer rotor has a cylindrical structure surrounding the plurality of magnetic poles , the cylindrical structure being made of a magnetic susceptible material for conducting a magnetic flux between the plurality of magnetic poles ; - the inner rotor being made of a magnetic susceptible material and free of permanent magnetic material, wherein the inner rotor is formed with multiple radial projections acting as salient inner rotor poles distributed around the axis of the inner rotor; - each of the plurality of magnetic poles, comprising at least a section with a radial magnetic direction in respect of the axis and at least a section with a magnetic direction angled between a radial direction and a tangential direction in respect of the axis ; and - wherein the combined length of the sides of the plurality_of permanent magnets cover less than 75% of the circumference of the cylindrical structure.
Seat backrest comprising a frame and a cover extending around at least one portion of the frame , said cover defining at least one portion of the outer surface of the backrest, an airbag module , comprising a recess which receives an airbag , being fastened to said frame in a fastening region, the cover extending, at least in the fastening region, between said frame and the recess of the airbag module , said recess being fastened to the frame through the cover and extending entirely from the side of the outer surface of the backrest, characterized in that, at least in the fastening region, the cover is in direct contact with the frame .